CN113238876A

CN113238876A - Method for distributing information of each position in iOS application

Info

Publication number: CN113238876A
Application number: CN202110494284.4A
Authority: CN
Inventors: 董舰伟; 唐光宇; 闫乃永; 卢学明; 范金良; 纪承琼
Original assignee: Baobao Bus Co ltd
Current assignee: Baobao Bus Co ltd
Priority date: 2021-05-07
Filing date: 2021-05-07
Publication date: 2021-08-10
Anticipated expiration: 2041-05-07
Also published as: CN113238876B

Abstract

The invention provides a method for distributing information of each position in an iOS application, which comprises the steps of respectively establishing enumeration types, information position management protocols and position unified management classes of different information positions at a client; the client requests the server data and judges whether special processing is needed or not, if so, a special processing method in a single information position management class is executed, otherwise, universal resources are downloaded to perform corresponding data management, and the problems of low yield of directly issuing data, poor visibility of client processing, high error rate and low expansibility are solved.

Description

Method for distributing information of each position in iOS application

Technical Field

The invention relates to the technical field of computers, in particular to a method for distributing information of each position in iOS application.

Background

With the development of the big data industry, more and more applications are put different contents to users at different information positions in products. To obtain different types of revenue or exposure to other products, including: self-media (delivery of home products) and direct guests (advertisements delivered by other companies within home products), since each information location may handle its own special logic, such as: the screen is opened, and a plurality of pieces of information are required to be inserted for browsing news and other contents. So the traditional mode is self-request and self-processing during display. This approach can lead to several problems:

disadvantage 1: visibility is poor. The data is required to be stored locally after being requested to be used without a network next time, and the data is too scattered and is not intuitive due to respective processing.

And (2) disadvantage: the error rate is high. Although each position may have own special logic, the same logic is too much, and the respective processing can lead to multiple realizations of the same content, so that the error rate is high.

Disadvantage 3: and the expansibility is low. When a demand is needed by all the positions, the code is added at the moment, the modules at each position are required to be added, and the operation is complex.

Disadvantage 4: the yield is low. Directly issuing data without processing results in yield and cost being not in direct proportion.

Disclosure of Invention

Technical problem to be solved

In order to solve the above problems in the prior art, the present invention provides a method for distributing each location information in an iOS application, which can solve the problems of low yield of directly issuing data, poor visibility of client processing, high error rate and low expansibility.

(II) technical scheme

In order to achieve the purpose, the invention adopts a technical scheme that:

a method of distributing location information within an iOS application, comprising the steps of:

respectively creating enumeration types, information position management protocols and position unified management types of different information positions at a client;

the client requests the server data and judges whether special processing is needed, if so, a special processing method in a single information position management class is executed, otherwise, universal resources are downloaded, and corresponding data management is carried out.

(III) advantageous effects

The invention has the beneficial effects that: respectively creating enumeration types, information position management protocols and position unified management types of different information positions at a client; the client requests the server data and judges whether special processing is needed or not, if so, a special processing method in a single information position management class is executed, otherwise, universal resources are downloaded to perform corresponding data management, and the problems of low yield of directly issuing data, poor visibility of client processing, high error rate and low expansibility are solved.

Drawings

FIG. 1 is a flow diagram of a method for location information distribution within an iOS application in accordance with an embodiment of the present invention; .

Detailed Description

For the purpose of better explaining the present invention and to facilitate understanding, the present invention will be described in detail by way of specific embodiments with reference to the accompanying drawings.

Referring to fig. 1, a method for distributing location information in an iOS application includes the steps of:

The enumeration types comprise start, banner and reward;

the protocol method in the created information position management protocol comprises the following steps:

position enumeration, which is used for storing local data and requesting server parameters;

the special domain name is used for carrying out special processing on the obtained server data;

and specifying a data model for processing the data format required to be specified at each position.

Specifically, the server parameter is different from the server data, the server parameter refers to requesting the server according to an enumeration type, each position enumeration value is different, data returned by the requesting server is different, and position enumeration can distinguish different folders while storing local data.

The created location unification management class specifically includes:

and acquiring the currently usable position information, creating an initialization interface, calling when starting, and realizing first processing in the interface.

The first processing comprises;

when the server data is requested, the request state of each position and the requested original data are respectively stored in the memory;

after requesting the server data, judging whether special processing is needed, if so, executing a special processing method in a single information position management class, otherwise, creating different folders according to enumeration types, downloading universal resources and performing corresponding data management;

and storing the data of the server to the local, creating and acquiring a position interface, and realizing second processing.

The second treatment specifically comprises:

and filtering the acquired data through a filtering class, and returning a result.

The filtering class includes:

and displaying the blacklist, wherein the blacklist adopts an iOS key storage mode, and the storage key of the blacklist uses position enumeration as a unique identifier.

Further comprising the steps of:

creating a local data management class at a client, and storing the requested server data to the local;

and creating a directory class at the client for acquiring the path of the corresponding directory or resource according to the transmitted unique identifier or position information.

Specifically, the creating of the local data management class at the client and the saving of the requested server data to the local are to create a uniform class by saving data using an enumeration type.

The data is stored only once, and the process is as follows: create local data management class > request and save according to enumeration type.

Example two

The difference between this embodiment and the first embodiment is that this embodiment will further explain, in combination with a specific application scenario, how the method for distributing each piece of location information in the iOS application of the present invention is implemented:

1. creating enumeration types of different information positions at a client, wherein the enumeration types comprise start, banner and reward;

2. the method comprises the following steps of creating an information position management protocol at a client, wherein a protocol method in the created information position management protocol comprises the following steps:

the special domain name is used for carrying out special processing on the obtained server data so as to solve the technical problem of poor expansibility;

3. And unifying the management class at the client position, wherein the created position unified management class specifically comprises the following steps:

The first processing comprises;

when server data is requested, storing the request state (success, failure or in request) of each position and the requested original data in an internal memory respectively;

specifically, the function is to return the data requested this time or the local data according to different types of protocols, so as to solve the problem of high error rate, and when the request fails, the default data in step 8 is directly returned.

After requesting the server data, judging whether special processing is needed, if so, executing a special processing method in a single information position management class, otherwise, creating different folders according to enumeration types, downloading general resources and performing corresponding data management;

and thirdly, storing the data of the server to the local, creating an acquisition position interface, and realizing second processing, wherein the second processing is realized by the filtering class created in the step 4.

The second treatment specifically comprises:

4. Creating a data filtering class at a client so as to solve the technical problem of low yield, wherein the most basic filtering conditions are as follows:

displaying a blacklist: the blacklist adopts an iOS key storage mode, so that the display efficiency is maximized, the storage key of the blacklist uses position enumeration as a unique identifier, two functions of obtaining and displaying are provided, and data are updated during display. The upper limit of the display times is the server-side issuing, when the times reach the maximum, the display is not allowed, when all issued products reach the online state, the blacklist is released, and the display is restarted. And changing the updating time of the single data into the updating time issued by the server, deleting the record in the blacklist when the updating time is inconsistent with the single data of the blacklist, and considering that the record can be redisplayed.

Specifically, the information position is represented by screen opening (content just shown by the program), banner, head of a video watching advertisement or motivational video, and the iOS keyhain represents that the same company subject can share data under the same device.

Network situation: different information is issued, and in some cases, the user is more likely to click under the WiFi situation.

③ effective time: the effective time period ensures that different contents are issued in each time period, and theme contents like spring festival, New year's day and the like can be configured in advance.

Different rotation of single material: the users may have different click interests due to different cover pages of each piece of issued information content, so that the rotation of single content material and the blacklist also need to be uniformly filtered.

5. The method comprises the steps of creating a local data management class at a client, storing requested server data to the local, creating a total folder, wherein each information position is a subfolder, and resources can be separately created in the subfolders. Therefore, all resources are managed under the same large folder, and the problem of poor visibility is solved.

6. And creating a directory class at the client for acquiring the path of the corresponding directory or resource according to the transmitted unique identifier or position information.

7. A base model is created. A self-media model and a direct guest model. At each location, there may be a designated model, so both models are used internally only by themselves.

8. A default data class is created. The application is started for the first time, the device has no network, and at this time, each information location also needs its own default data, and the management is performed in this way.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields, are included in the scope of the present invention.

Claims

1. A method for distributing location information within an iOS application, comprising the steps of:

2. The method of distribution of location information within an iOS application according to claim 1, wherein the enumerated types include start, banner, and reward;

3. The method of claim 1, wherein the created location unification management class specifically comprises:

4. The method of distribution of location information within an iOS application according to claim 3, characterized in that the first process comprises:

5. The method of distributing location information within an iOS application according to claim 4, characterized in that the second process is specifically:

6. The method of distribution of location information within an iOS application according to claim 5, wherein the filter class comprises:

7. The method for distribution of location information within an iOS application according to claim 1, characterized by the further step of: