CN110659033B - Protocol registration distribution method, storage medium, electronic equipment and system - Google Patents
Protocol registration distribution method, storage medium, electronic equipment and system Download PDFInfo
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- CN110659033B CN110659033B CN201810717721.2A CN201810717721A CN110659033B CN 110659033 B CN110659033 B CN 110659033B CN 201810717721 A CN201810717721 A CN 201810717721A CN 110659033 B CN110659033 B CN 110659033B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/03—Protocol definition or specification
Abstract
The invention discloses a protocol registration and distribution method, a storage medium, electronic equipment and a system, and relates to the field of application development of Internet mobile terminals; registering a protocol corresponding to a current module calling method in each module; and calling the protocol registered in the module and executing a method which needs to be called when the current module distributes the message, so as to complete the calling of the current module to the events in other modules. When the different modules distribute the information, the methods to be called are different; each protocol is different for the method of invocation. The invention can avoid infinitely modifying the module containing the event when the information is distributed, and effectively improves the development efficiency of the application program.
Description
Technical Field
The invention relates to the field of application development of internet mobile terminals, in particular to a protocol registration and distribution method, a storage medium, electronic equipment and a system.
Background
With the rapid development of intelligent mobile electronic devices, the functions of mobile terminal application programs are more and more abundant, and more developers are added into the development of mobile terminal application programs.
In the development process of the application program of the mobile terminal, sometimes, for decoupling of the modules, an event needs to be distributed from one module to a plurality of modules, in order to realize the process, different methods need to be respectively realized in the plurality of modules, then a method call is performed in the module where the event is located, and further the distribution of the message between the modules is completed, if the event a needs to be distributed from the module a to the modules B, C and D, a B1 method needs to be realized in the module B, a C1 method needs to be realized in the module C, a D1 method needs to be realized in the module D, and then the B1 method, the C1 method and the D1 method need to be respectively called in the module a, so that the process that the event a is distributed from the module a to the modules B, C and D is completed. If there are more modules, the method needs to be continuously invoked in the module where the event is located, which results in that the module where the event is located needs to be continuously modified to adapt to the invocation of the method, and especially when the module where the event is located is used as a base module, each modification is time-consuming, resulting in low development efficiency of the application program.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a protocol registration distribution method which can avoid infinitely modifying a module containing an event when information distribution is carried out, thereby effectively improving the development efficiency of an application program.
In order to achieve the above purpose, the technical scheme adopted by the invention is as follows:
registering a plurality of protocols for calling different methods through a message registration function, and when the message registration function carries out protocol registration, transmitting parameters for representing protocol ID and parameters for representing protocol type into the message registration function;
when the module distributes the message, determining the protocol type corresponding to the method to be called when the current module distributes the message, and then registering the protocol corresponding to the calling method of the current module in each module;
and calling the protocol registered in the module and executing a method which needs to be called when the current module distributes the message, so as to complete the calling of the current module to the events in other modules.
On the basis of the technical proposal, the method comprises the following steps,
when the different modules distribute the information, the methods to be called are different;
each protocol is different for the method of invocation.
On the basis of the technical proposal, the method comprises the following steps,
the protocol is registered through a message registration function;
when the message registration function registers a protocol, parameters for representing protocol ID and parameters for representing protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID;
and storing the protocol in the array according to the corresponding relation between the protocol type and the protocol ID.
On the basis of the technical scheme, when the message distribution is carried out, registering a protocol corresponding to the current module calling method in each module, wherein the specific steps are as follows:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
The present invention also provides a storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of:
registering a plurality of protocols for calling different methods through a message registration function, and when the message registration function carries out protocol registration, transmitting parameters for representing protocol ID and parameters for representing protocol type into the message registration function;
when the module distributes the message, determining the protocol type corresponding to the method to be called when the current module distributes the message, and then registering the protocol corresponding to the calling method of the current module in each module;
and calling the protocol registered in the module and executing a method which needs to be called when the current module distributes the message, so as to complete the calling of the current module to the events in other modules.
The invention also provides an electronic device comprising:
a first registration unit, configured to register a plurality of protocols for calling different methods through a message registration function, and when the message registration function performs protocol registration, input parameters for representing a protocol ID and parameters for representing a protocol type into the message registration function;
the second registration unit is used for determining the protocol type corresponding to the method to be called when the module performs message distribution, and then registering the protocol corresponding to the method called by the current module in each module;
and the calling unit is used for driving the protocol registered in the module to call and executing a method which needs to be called when the current module distributes the message, and completing the calling of the event in other modules by the current module.
The invention also provides a protocol registration distribution system, which is characterized by comprising:
the first registration module is used for registering a plurality of protocols for calling different methods through the message registration function, and when the message registration function carries out protocol registration, parameters for representing protocol ID and parameters for representing protocol types are transmitted into the message registration function;
the second registration module is used for determining the protocol type corresponding to the method to be called when the module performs message distribution, and then registering the protocol corresponding to the method called by the current module in each module;
and the calling module is used for driving the protocol registered in the module to call and executing a method which needs to be called when the current module distributes the message, and completing the calling of the current module to the events in other modules.
On the basis of the technical proposal, the method comprises the following steps,
when the different modules distribute the information, the methods to be called are different;
each protocol is different for the method of invocation.
On the basis of the technical proposal, the method comprises the following steps,
the first registration module registers a protocol through a message registration function;
when the first registration module registers the protocol through the message registration function, parameters for representing the protocol ID and parameters for representing the protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID.
The first registration module is further configured to: and storing the protocol in the array according to the corresponding relation between the protocol type and the protocol ID.
On the basis of the technical scheme, the second registration module registers the protocol corresponding to the current module calling method in each module, and the specific steps are as follows:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
Compared with the prior art, the invention has the advantages that: when the information is distributed and the event is called, the protocol is registered in the module of the event to be called by means of registering the protocol, and the method is called by means of the protocol, so that the situation that the module containing the event is infinitely modified when the information is distributed is avoided, the development efficiency of an application program is effectively improved, meanwhile, the protocol is used for calling and executing the method, communication among the modules is realized, the phenomenon of coupling among the modules is reduced, and meanwhile, the exposure of information can be reduced to a certain extent.
Drawings
FIG. 1 is a flow chart of a protocol registration distribution method in an embodiment of the invention;
fig. 2 is a schematic structural diagram of an electronic device according to an embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples. It will be appreciated by those skilled in the art that embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
Referring to fig. 1, an embodiment of the present invention provides a protocol registration and distribution method, which is used to implement a process of calling events in other modules by a certain module in a process of developing an application program at a mobile terminal, and completing a process of distributing a message. The protocol registration distribution method of the embodiment of the invention specifically comprises the following steps:
s1: a plurality of protocols for invoking different methods are registered. When the different modules distribute the information, the methods to be called are different, and the methods used for calling by each protocol are different.
Specifically, when a protocol is registered through a message registration function, a parameter for representing a protocol ID and a parameter for representing a protocol type are transmitted to the message registration function, each protocol corresponds to one protocol ID, the protocols are stored in an array according to the corresponding relation between the protocol type and the protocol ID, the protocol ID parameter transmitted in the message registration function in the embodiment of the invention is represented by clients, and the protocol type parameter is represented by protocols. When the protocol registration is carried out, the internal implementation process of the message registration function is as follows:
firstly, after obtaining parameters client and protocol, judging whether the two parameters exist or not by using assertion, if not, indicating that the parameters have problems, and directly returning; if present. Then a method for determining whether an object complies with a protocol, the method being used to determine whether the client complies with the protocol, if not, the incoming parameters are problematic, the parameters protocol are printed out and a return function is executed, if complying, a function @ synchronized is needed to be added to perform an operation of adding a lock, the lock being added to prevent simultaneous access of the code by different threads, the code being as follows:
an array of clients corresponding to a key is found from an array of stored data through the key (the key represents a protocol type), an array of clients is obtained, the clients are copied by copy (copy operation), a static client is obtained, the elements in the static clients need to be copied after the clients are taken, thus an array of the static clients can be obtained through copy, the array of the static clients is of the type of the static clients, a traversal is carried out on each element in the static clients by using a for loop, whether the elements are equal to the clients is judged for each element traversed, if equal descriptions are registered, a return operation is carried out, if the equal elements are not available, the clients are not registered yet, and at the moment, the clients need to be packaged into an object.
For the packaging of objects, the method is as follows:
creating a Clientbox class, defining an attribute in the Clientbox class, wherein the attribute is an ID type, creating an object corresponding to the Clientbox class by using the Clientbox class, and simultaneously transmitting a client transmitted from the outside into the Clientbox as an attribute, so that the attribute of the client exists on the side in the Clientbox.
After the clients are packaged into objects, the packaged clients are added to the array clients, so that the registration of the protocol is completed.
S2: and registering a protocol corresponding to the current module calling method in each module. The method comprises the following specific steps: when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, registering the taken-out protocol in the current module, namely completing the distribution of the protocol, registering the protocol in the module, and enabling the current module to acquire the time in other modules through the protocol calling method.
For the distribution of the protocol, the specific process is as follows:
taking the category of the protocol as a key to remove the clients corresponding to the key in the tool class, storing the key and the array of the clients, managing the acquired clients by a tool class, traversing each element in the array, taking each element as a client block, taking out the attribute of the client from the client block, obtaining an object of the client, judging whether the object realizes a method selector of the protocol after the object is taken, judging whether the object of the client is a method for realizing the protocol or not, judging the selector by a response Toselector function, and if the selector is realized, directly calling a fun function by using the client to finish the distribution of the protocol, namely finishing the registration of the protocol in the module.
S3: and calling the protocol registered in the module and executing a method which needs to be called when the current module distributes the message, so as to complete the calling of the current module to the events in other modules. When the information distribution is carried out, the module containing the event needs to call the corresponding method, at the moment, the call of the method is carried out by the protocol and is carried out by the protocol, so that the distribution of the event from the module containing the event to the module receiving the event is completed, the module containing the event, namely, the main module does not need to call the method and also does not need to carry out adaptation modification, the call of the time between the modules needs to be carried out by the corresponding method, and the method is called and carried out by the protocol.
When the message is distributed and the event is called, the protocol is registered in the module of the event to be called, and the call of the method is realized through the protocol, so that the module containing the event is prevented from being infinitely modified when the message is distributed, the development efficiency of an application program is effectively improved, meanwhile, the protocol is used for calling and executing the method, the communication among the modules is realized, the occurrence of the coupling phenomenon among the modules is reduced, and the exposure of information can be reduced to a certain extent.
The embodiment of the invention also provides a storage medium, wherein the storage medium stores a computer program, and the computer program realizes the following steps when being executed by a processor:
registering a plurality of protocols for calling different methods;
registering a protocol corresponding to a current module calling method in each module;
and calling the protocol registered in the module and executing a method which needs to be called when the current module distributes the message, so as to complete the calling of the current module to the events in other modules.
When the different modules distribute the information, the methods to be called are different; each protocol is different for the method of invocation. The protocol is registered through a message registration function; when the message registration function registers a protocol, a parameter for representing a protocol ID and a parameter for representing a protocol type are input to the message registration function, each protocol corresponding to one protocol ID. The corresponding relation between the protocol type and the protocol ID stores the protocol in an array.
When the message distribution is carried out, registering a protocol corresponding to the calling method of the current module in each module, wherein the protocol comprises the following specific steps:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
Referring to fig. 2, an embodiment of the present invention further provides an electronic device, including:
a first registration unit for registering a plurality of protocols for calling different methods;
a second registration unit for registering a protocol corresponding to the current module calling method in each module;
and the calling unit is used for driving the protocol registered in the module to call and executing a method which needs to be called when the current module distributes the message, and completing the calling of the event in other modules by the current module.
When the different modules distribute the information, the methods to be called are different; each protocol is different for the method of invocation. The protocol is registered through a message registration function; when the message registration function registers a protocol, a parameter for representing a protocol ID and a parameter for representing a protocol type are input to the message registration function, each protocol corresponding to one protocol ID. The corresponding relation between the protocol type and the protocol ID stores the protocol in an array.
When the message distribution is carried out, registering a protocol corresponding to the calling method of the current module in each module, wherein the protocol comprises the following specific steps:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
The embodiment of the invention also provides a protocol registration distribution system which comprises a first registration module, a second registration module and a calling module.
The first registration module is used for registering a plurality of protocols for calling different methods; the second registration module is used for registering a protocol corresponding to the calling method of the current module in each module; the calling module is used for driving the protocol registered in the module to call and executing the method which needs to be called when the current module distributes the message, and completing the calling of the current module to the events in other modules.
When the different modules distribute the information, the methods to be called are different; each protocol is different for the method of invocation. The first registration module registers the protocol through a message registration function; when the first registration module registers a protocol through the message registration function, parameters for representing the protocol ID and parameters for representing the protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID. The first registration module is further to: and storing the protocol in the array according to the corresponding relation between the protocol type and the protocol ID.
The second registration module registers a protocol corresponding to the calling method of the current module in each module, and the specific steps are as follows:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out on the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
When the message is distributed and the event is called, the protocol is registered in the module of the event to be called by the mode of registering the protocol, and the method is called by the protocol, so that the module containing the event is prevented from being infinitely modified when the message is distributed, the development efficiency of an application program is effectively improved, meanwhile, the protocol is used for calling and executing the method, communication among the modules is realized, the occurrence of the coupling phenomenon among the modules is reduced, and the exposure of information can be reduced to a certain extent.
The invention is not limited to the embodiments described above, but a number of modifications and adaptations can be made by a person skilled in the art without departing from the principle of the invention, which modifications and adaptations are also considered to be within the scope of the invention. What is not described in detail in this specification is prior art known to those skilled in the art.
Claims (4)
1. A protocol registration distribution method, comprising the steps of:
registering a plurality of protocols for calling different methods through a message registration function, and when the message registration function carries out protocol registration, transmitting parameters for representing protocol ID and parameters for representing protocol type into the message registration function;
when the modules distribute the information, determining the protocol types corresponding to the methods to be called by the current module when the current module distributes the information, and registering the protocols corresponding to the methods to be called by the current module in the current module, wherein the methods to be called are different when different modules distribute the information, and the methods to be called by each protocol are different;
the protocol registered in the module calls and executes the method to be called when the current module distributes the message, and the calling of the current module to the events in other modules is completed;
wherein, the liquid crystal display device comprises a liquid crystal display device,
the protocol is registered through a message registration function;
when the message registration function registers a protocol, parameters for representing protocol ID and parameters for representing protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID;
according to the corresponding relation between the protocol type and the protocol ID, storing the protocol in an array;
when the message distribution is carried out, the current module needs to call the registration of the protocol corresponding to the method, specifically:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out by the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
2. A storage medium having a computer program stored thereon, characterized by: the computer program when executed by a processor performs the steps of:
registering a plurality of protocols for calling different methods through a message registration function, and when the message registration function carries out protocol registration, transmitting parameters for representing protocol ID and parameters for representing protocol type into the message registration function;
when the modules distribute the information, determining the protocol types corresponding to the methods to be called by the current module when the current module distributes the information, and registering the protocols corresponding to the methods to be called by the current module in the current module, wherein the methods to be called are different when different modules distribute the information, and the methods to be called by each protocol are different;
the protocol registered in the module calls and executes the method to be called when the current module distributes the message, and the calling of the current module to the events in other modules is completed;
wherein, the liquid crystal display device comprises a liquid crystal display device,
the protocol is registered through a message registration function;
when the message registration function registers a protocol, parameters for representing protocol ID and parameters for representing protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID;
according to the corresponding relation between the protocol type and the protocol ID, storing the protocol in an array;
when the message distribution is carried out, the current module needs to call the registration of the protocol corresponding to the method, specifically:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out by the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
3. An electronic device, the electronic device comprising:
a first registration unit, configured to register a plurality of protocols for calling different methods through a message registration function, and when the message registration function performs protocol registration, input parameters for representing a protocol ID and parameters for representing a protocol type into the message registration function;
the second registration unit is used for determining the protocol type corresponding to the method to be called by the current module when the current module distributes the message, and then registering the protocol corresponding to the method to be called by the current module in the current module, wherein the methods to be called are different when different modules distribute the message, and each protocol is used for calling the different methods;
the calling unit is used for driving the protocol registered in the module to call and executing a method to be called when the current module distributes the message, and completing the calling of the event in other modules by the current module;
wherein, the liquid crystal display device comprises a liquid crystal display device,
the protocol is registered through a message registration function;
when the message registration function registers a protocol, parameters for representing protocol ID and parameters for representing protocol type are transmitted to the message registration function, and each protocol corresponds to one protocol ID;
according to the corresponding relation between the protocol type and the protocol ID, storing the protocol in an array;
when the message distribution is carried out, the current module needs to call the registration of the protocol corresponding to the method, specifically:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out by the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
4. A protocol registration distribution system, comprising:
the first registration module is used for registering a plurality of protocols for calling different methods through the message registration function, and when the message registration function carries out protocol registration, parameters for representing protocol ID and parameters for representing protocol types are transmitted into the message registration function;
the second registration module is used for determining the protocol type corresponding to the method to be called by the current module when the module distributes the message, and then registering the protocol corresponding to the method to be called by the current module in the current module, wherein the methods to be called are different when different modules distribute the message, and each protocol is used for different methods to be called;
the calling module is used for driving the protocol registered in the module to call and executing a method to be called when the current module distributes the message, and completing the calling of the event in other modules by the current module;
wherein, the liquid crystal display device comprises a liquid crystal display device,
the first registration module registers a protocol through a message registration function;
when the first registration module registers a protocol through the message registration function, parameters for representing protocol ID and parameters for representing protocol type are transmitted into the message registration function, and each protocol corresponds to one protocol ID;
the first registration module is further configured to: according to the corresponding relation between the protocol type and the protocol ID, storing the protocol in an array;
when the second registration module distributes the message, the current module needs to call the registration of the protocol corresponding to the method, specifically:
when the message distribution is carried out, determining the protocol type corresponding to the method to be called when the message distribution is carried out by the current module, then taking out the protocol from the array according to the determined protocol type, and registering the taken-out protocol in the current module.
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