CN111290805B - Method and system for quickly calling aggregation function - Google Patents
Method and system for quickly calling aggregation function Download PDFInfo
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- CN111290805B CN111290805B CN202010171975.6A CN202010171975A CN111290805B CN 111290805 B CN111290805 B CN 111290805B CN 202010171975 A CN202010171975 A CN 202010171975A CN 111290805 B CN111290805 B CN 111290805B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/448—Execution paradigms, e.g. implementations of programming paradigms
- G06F9/4488—Object-oriented
- G06F9/449—Object-oriented method invocation or resolution
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44568—Immediately runnable code
- G06F9/44578—Preparing or optimising for loading
Abstract
The invention provides an aggregation function shortcut calling method and system, wherein the aggregation function shortcut calling method comprises the following steps: step S1, creating a software function tree; step S2, the aggregation function interface transmits the received software function tree data to the intelligent path management system, and calls the static path management unit to create a static path table; step S3, the static path management unit calls the aggregation function interface to access and traverse the software function tree, and the step S2 is turned to until the traversal is completed; s4, accessing a static path management unit, sorting according to time in a static path table, and updating an index until traversing is completed; s5, calling a function path; and S6, waking up the pointer, accessing the software function tree according to the data transmitted by the aggregation function interface, and completing the execution and calling of the function. The invention can rapidly call the software function, effectively reduce the time cost and the manual operation times, and improve the humanized design degree and the use efficiency of the software function.
Description
Technical Field
The present invention relates to a shortcut calling method, and more particularly, to an aggregated function shortcut calling method, and an aggregated function shortcut calling system using the same.
Background
Currently, the PC end software and the intelligent mobile terminal are more in software categories, and high-frequency category software is commonly used: payment class (e.g., weChat, taobao, online banking), traffic class (taxi taking software, riding software), social class, office class, game class, educational class, online shopping class, entertainment class, etc. (but not limited to the listed types), each person needs to find the corresponding software function for use by multiple clickers when using. For example, when a person purchases goods at a mall and settles, the cashier asks what payment he uses, he speaks about to use a letter, and then the cashier scans the two-dimensional code to finish the settlement from the mobile phone terminal' open letter → me → payment → receipt → payment two-dimensional code. From the user's payment operation, at least 4 manual operations are required from opening the letter to payment completion. That is, the target function of the user using the high-frequency function software needs to be manually operated a plurality of times, thereby increasing the operation time and frequency and greatly reducing the timeliness. When there are multiple pieces of software on the user terminal, the number and frequency of manual operations for opening the target function of each piece of software increases, and the time cost increases even more.
Disclosure of Invention
The technical problem to be solved by the invention is to provide the aggregation function shortcut calling method which can improve the use efficiency of users and reduce the time cost and the manual operation times, and further provide an aggregation function shortcut calling system adopting the aggregation function shortcut calling method.
In this regard, the present invention provides a method for quickly invoking an aggregation function, including:
step S1, creating a software function tree;
step S2, the aggregation function interface transmits the received software function tree data to the intelligent path management system, and the intelligent path management system calls the static path management unit to create a static path table;
step S3, the static path management unit calls the aggregation function interface to access and traverse the software function tree, and the step S2 is turned to until the software function tree is traversed;
s4, the path intelligent optimization management unit accesses the static path management unit, sorts according to the time in the static path table, and updates the index until all table data of the static path management unit are traversed;
s5, calling a function path;
and S6, waking up the pointer, accessing the software function tree according to the data transmitted by the aggregation function interface, and completing the execution and calling of the function.
A further improvement of the present invention is that in said step S1, a Software function tree is created in a format of (Software, fname, ruter), wherein Software represents a Software name, fname represents a function name, ruter represents a set of function execution paths to the individual Software operation steps in Fname.
A further improvement of the present invention is that in the step S2, the data structure of the static path table is (Index, name, f name, size, software, SPosition, ruter, time), where Index represents the data Index, name represents the function alias, f name represents the function name, size represents the terminal screen Size, software represents the Software name, SPosition represents the function start bit path node, ruter represents the path set for executing f name, and Time represents the Time taken for executing f name.
A further improvement of the present invention is that in the step S4, the time is ranked in front and the time is ranked in back in the process of ranking according to the time in the static path table, and the data index is updated synchronously.
In step S5, the static path table in the static path management unit is accessed to select the function call path with the forefront ordering, and the data of the software function tree is transferred to the aggregation function interface.
In the step S6, the system wake-up pointer is quickly called by the aggregation function, the software function tree is accessed according to the data transmitted by the aggregation function interface, the function name is automatically executed according to the path set, and the execution and calling of the function corresponding to the function name are completed; and then releasing the wake-up pointer and releasing the software function to the user to realize subsequent operation and processing.
The invention further improves that, in the process of completing the execution and calling of the function corresponding to the function name, if the function name has data parameters, the data parameters are automatically filled in and executed.
The invention also provides an aggregation function shortcut calling system which adopts the aggregation function shortcut calling method and comprises an aggregation function management system, an intelligent path management system and an intelligent wake-up calling device;
the aggregation function management system is used for carrying out aggregation centralized management on various types of software and comprises a software function tree, an aggregation function interface and a function intelligent optimization management unit, wherein the software function tree is used for building a tree structure according to paths and functions; the intelligent function optimization management unit is used for sending time and paths consumed by each common function in different time periods and different equipment configuration operation to the software function tree so as to update the software function tree in real time;
the intelligent path management system comprises a static path management unit and a path intelligent optimization management unit, and is used for realizing user management and optimizing software function access paths;
the intelligent wake-up calling device is used for quickly waking up and calling functions in the aggregation function management system and comprises an identity password receiving device, an identity verification device, a password memorizing device and a function wake-up calling device, wherein the identity password receiving device is used for receiving an identity password, the identity verification device is used for verifying the identity password, the password memorizing device is used for memorizing and analyzing the identity password of a user, and the function wake-up calling device is used for calling the aggregation function management system.
A further improvement of the invention is that the software function tree comprises a path layer, a path sub-layer and a function layer, the path layer comprising a function path for representing the software; the path sub-layer is called a sub-path layer of the path layer; the functional layer includes the required execution functions.
The invention further improves that the identity password comprises any one or more of audio frequency, image, text and fingerprint, the identity verification device calls the aggregation function management system through the wake-up pointer of the function wake-up calling device after verification is passed, the wake-up mode of the wake-up pointer comprises any one or more of voice, video, fingerprint, key and text, and the pointer command data structure of the wake-up pointer is Order (peripheral), wherein the FName represents a function name, and the peripheral represents data parameters required by the function.
The invention further improves that various core functions of various kinds of software are aggregated into one virtual software, and the functions with high use frequency and common use are aggregated into one system, so that the user can conveniently use the virtual software, and the user experience is improved.
Compared with the prior art, the invention has the beneficial effects that: the software function can be quickly called according to respective requirements, the manual operation times are reduced, the actual application of a user is further quickly completed, the use efficiency of the user is further improved, the time cost and the manual operation times are reduced, and the humanized design degree of the product and the use efficiency of the software function are improved. For example: if the user calls the WeChat payment in a user-defined mode such as voice when using the two-dimension code to pay in a market, the user mobile phone automatically displays the WeChat payment two-dimension code page so as to display the WeChat payment two-dimension code page to a merchant to finish payment, thereby not only reducing the number of middle clicks required by the user, but also saving the waiting time of the merchant, improving the settlement frequency and reducing the time cost.
Drawings
FIG. 1 is a schematic workflow diagram of one embodiment of the present invention;
FIG. 2 is a schematic tree structure of a software function tree according to one embodiment of the present invention;
FIG. 3 is a schematic diagram of an aggregate function shortcut invocation system in accordance with an embodiment of the present invention;
FIG. 4 is a schematic diagram of an aggregate functionality management system according to one embodiment of the invention;
FIG. 5 is a schematic diagram of an intelligent path management system according to one embodiment of the present invention;
FIG. 6 is a schematic diagram of an intelligent wake-up call apparatus according to an embodiment of the present invention.
Detailed Description
Preferred embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.
As shown in fig. 1 and fig. 2, this example provides an aggregation function shortcut calling method, including:
step S1, creating a software function tree 21;
step S2, the aggregation function interface 22 transmits the received data of the software function tree 21 to the intelligent path management system 3, and the static path management unit 31 is called by the intelligent path management system 3 to create a static path table;
step S3, the static path management unit 31 calls the aggregation function interface 22 to access and traverse the software function tree 21, and goes to step S2 until the software function tree 21 is traversed;
step S4, the path intelligent optimization management unit 32 accesses the static path management unit 31, sorts according to the time in the static path table, and updates the index until all table data of the static path management unit 31 are traversed;
s5, calling a function path;
step S6, the pointer is awakened, the software function tree 21 is accessed according to the data transmitted by the aggregation function interface 22, and the execution and the calling of the functions are completed.
In step S1 of the present example, a Software function tree 21 is created according to the format of (Software, fname, ruter), wherein Software represents a Software name; fname represents a function name, which is an abbreviation of software function name; ruter represents a set of functional execution paths to the various software operating steps in the FName; after creating the Software function tree 21 in the format of (Software, fname, ruter), the step S1 transfers the data (Software, fname, ruter) of the Software function tree 21 to the aggregation function interface 22. In practical development, there may be multiple corresponding function execution path sets with the same software name and function name, and in this example, step S1 establishes the sets to form a tree structure as shown in fig. 2, so as to facilitate the subsequent implementation of path planning.
Preferably, the creation process of the software function tree 21 in this example includes the following sub-steps:
step S101, the path layer 211 is obtained according to Software name Software analysis, and the process is as follows: opening Software, scanning (traversing transversely) a first layer operation (similar to a home page layer in application Software) of the Software name Software by a wake pointer, wherein the Software name Software is a root node, and marking each function operation of the first layer as a Software path node;
step S102, the path sub-layer 212 is obtained according to the path layer 211 analysis, and the process is as follows: each node in the path layer 211 continues to go deep into operation scanning, and is marked as a path sub-node as the path sub-layer 212 node, and the step S102 is repeated until the path node cannot continue to operate;
step S103, if the path node in step S102 cannot continue to operate, marking the node as a leaf node (executing a function layer); the failure of the path node to continue operation in step S102 includes two types: one is that the software itself can not continue to operate after the function operation is finished; the other path node is a path node which is user-defined and terminated, and the path node which is user-defined and used for termination, such as a sub-path node and the like, can be regarded as a path node which can not continue to operate;
step S104, the creation of the software function tree 21 is completed.
In step S2 of this example, the aggregation function interface 22 transfers the received Software function tree 21 data (Software, fname, ruter) to the intelligent path management system 3, and invokes the static path management unit 31 through the intelligent path management system 3 to create a static path table, where the static path table has a data structure of (Index, name, size, software, time), where Index represents a data Index, name represents a function alias, name represents a function name, size represents a terminal screen Size, software name, and sposion represents a function start position path node, ruter represents a path set for executing Fname, and Time represents a Time taken for executing Fname; the path set Ruter is actually the operation position where the record matches the terminal screen size. The static routing table creation process in this example is as follows:
step S201, a database table is created, wherein database field settings in the database table create a static path table according to the data structure of the static path table of the static path management unit 31, and of course, in practical application, the database field settings in the database table can optimize the data structure according to practical needs, and when the database field settings are just started, the data of the static path table is temporarily blank data;
step S202, storing the data received by the static path management unit 31 in the database table created in said step S201.
In step S3, the static path management unit 31 calls the aggregation function interface 22 to access and traverse the software function tree 21, and goes to step S2 until the software function tree 21 is traversed, in which a plurality of different path sets may be generated for the same function at this time;
in step S4 of this example, in the process of sorting according to the time in the static path table, the time is ranked in front, the time is ranked in back, and the data Index is updated synchronously, and the smaller the value of the data Index, the shorter the time for executing the function is.
In step S5 of this example, the function wake-up calling device 44 accesses the static path table in the static path management unit 31, selects the function call path with the forefront order, and transfers the data of the software function tree 21 therein to the aggregation function interface 22.
In step S6 of this example, the aggregation function quickly invokes the wake-up pointer of the system, accesses the Software function tree 21 according to the data (Software, fname, ruter) transmitted by the aggregation function interface 22, automatically executes the function name Fname according to the path set Ruter, and completes the execution and invocation of the function corresponding to the function name Fname; and in the process of completing the execution and calling of the function corresponding to the function name FName, if the function name FName carries data parameters, automatically filling in the data parameter Perimer to the function name FName and executing. The wake-up pointer is used for simulating manual triggering modes, such as clicking, touching, pressing keys and the like, then releasing the wake-up pointer and releasing software functions to a user to realize subsequent operation and processing.
The method can automatically execute the software function under the condition that the user has no sense, reduces manual operation and saves operation time. The user does not need to memorize the operation path of the common high-frequency function of the software, and the user can be directly helped to automatically and directly call the function through the method, so that the convenience and experience of the user are improved, and the humanized design of the product is improved; especially for the old or the users of special group, the convenience and the adaptability brought by this example are all promoted by a wide margin.
In summary, the software function can be quickly called in the modes of identity password and the like according to respective requirements, so that the manual operation times are reduced, the actual application of a user is further quickly completed, the use efficiency of the user is further improved, the time cost and the manual operation times are reduced, and the humanized design degree of the product is improved. For example: if the user calls the WeChat payment in a user-defined mode such as voice when using the two-dimension code to pay in a market, the user mobile phone automatically displays the WeChat payment two-dimension code page so as to display the WeChat payment two-dimension code page to a merchant to finish payment, thereby not only reducing the number of middle clicks required by the user, but also saving the waiting time of the merchant, improving the settlement frequency and reducing the time cost.
As shown in fig. 3 to 6, the present embodiment further provides an aggregate function shortcut calling system, which adopts the aggregate function shortcut calling method as described above, and includes an aggregate function management system 2, an intelligent path management system 3, and an intelligent wake-up calling device 4;
the aggregation function management system 2 is used for performing aggregation centralized management on various types of software and comprises a software function tree 21, an aggregation function interface 22 and a function intelligent optimization management unit 23, wherein the software function tree 21 is used for building a tree structure according to paths and functions; the intelligent function optimization management unit 23 is configured to send time and path consumed by each common function to the software function tree 21 during different time periods and different device configurations to update the software function tree 21 thereof in real time;
the intelligent path management system 3 comprises a static path management unit 31 and a path intelligent optimization management unit 32, which are used for realizing user management and optimizing software function access paths; the static path management unit 31 is used for managing the static path table, and the path intelligent optimization management unit 32 is mainly used for realizing user management and optimizing software function access paths;
the intelligent wake-up calling device 4 is used for quickly waking up and calling functions in the aggregation function management system 2, and comprises an identity password receiving device 41, an identity verification device 42, a password memorizing device 43 and a function wake-up calling device 44, wherein the identity password receiving device 41 is used for receiving an identity password, the identity verification device 42 is used for verifying the identity password, the password memorizing device 43 is used for memorizing and analyzing the identity password of a user, so that the later verification process is reduced, and the operation flow is reduced; the function wakeup invoking means 44 is configured to invoke the aggregate function management system 2.
As shown in fig. 2, the software function tree 21 includes a path layer 211, a path sub-layer 212, and a function layer 213, and the path layer 211 includes a function path for representing the software S; the path sub-layer 212 is called a sub-path layer 211 of the path layer 211; the functional layer 213 includes desired execution functions. The path layer 211 includes functional paths R1, R2, rn, etc. representing the software S; the path sub-layer 212 belongs to a sub-path layer of the path layer 211 and comprises two functions of R11 and R21; the function layer 213 includes all execution functions (F1, F2, fn), and in the software function tree 21 shown in fig. 2, the execution path of the function F1 is s→r1→r11→f1, and the execution path of the function F2 is: S→R2→R21→F2; the execution path of the function Fn is: S→Rn→Fn. The intelligent function optimization management unit 23 mainly sends the time and path consumed by each common function running in different time periods and different device configurations to the software function tree 21, and the software function tree 21 realizes updating.
The intelligent function optimization management unit 23 of this example performs the following process of collecting and analyzing the time and path consumed by each common function in different time periods and different device configurations:
step S231, the intelligent optimization management unit 23 creates an intelligent optimization database table in the database, where the data structure is (Index, name, period, time, resource, frequency), where Index represents the data Index, name represents the function alias, name represents the function name, period represents the Period, time represents the Time taken to execute the name, resource represents the terminal operation resources, and the terminal operation resources include, but are not limited to, CPU usage, memory Resource usage, network bandwidth, and other Resource conditions required by some terminal operations, and Frequency represents the Frequency used by the user;
step S232, the intelligent optimization management unit 23 accesses the static path table in the static path management unit 31 through the aggregation function interface 22, and if the software function names in the static path table and the intelligent optimization database table are consistent, the Time data in the static path table is updated to the Time in the intelligent optimization database table;
step S233, repeating the step S232 by the Period of time Period and Resource until the Period of time Period is completed;
step S234, for the same function FName, sorting according to the execution Time and the Frequency of use Frequency, wherein the Frequency is high, the execution Time is short, the updating Index is arranged in front, and the smaller the Index is, the more preferentially the Index is called;
step S235, for different functions, sorting is preferably performed according to the Frequency of use and the Period of time, and the Period of time is same and sorted from high to low according to the Frequency of use; and different periods of Period are sequenced according to the Period sequence.
The identity password in this example includes any one or several of audio, image, text and fingerprint, and the identity password receiving device 41 may be a hardware device or a software implementation; the identity verification device 42 calls the aggregate function management system 2 through the wake-up pointer of the function wake-up calling device 44 after verification, wherein the wake-up mode of the wake-up pointer includes any one or more of voice, video, fingerprint, key and text, the pointer command data structure of the wake-up pointer is Order (Fname, perimeter), wherein Fname represents a function name, perimeter represents a data parameter required by the function, for example, "get a car to a train station" represents Order, wherein "get a car" is Fname, and "a train station" is Perimeter.
Therefore, in this example, the main functions of various software are aggregated together by the aggregation function shortcut calling system through the aggregation function management system 2 to form a virtual software system (aggregation function shortcut calling system), and the intelligent wake-up calling device 4 accesses the static path table of the intelligent path management system 3 according to the user call command/identity password, and executes the software functions in the aggregation function management system 2 quickly. The method has the advantages that under the condition that manual operation is not needed, a plurality of manual steps such as automatic searching software, opening software, searching functions and executing functions are realized, the use efficiency of software and hardware is improved, the quick experience can be improved for individual users, and the man-machine interaction efficiency is improved; management cost, time cost and work efficiency can be saved for enterprise users, and huge implicit economic value can be brought.
The foregoing is a further detailed description of the invention in connection with the preferred embodiments, and it is not intended that the invention be limited to the specific embodiments described. It will be apparent to those skilled in the art that several simple deductions or substitutions may be made without departing from the spirit of the invention, and these should be considered to be within the scope of the invention.
Claims (9)
1. An aggregate function shortcut invocation method, comprising:
step S1, creating a software function tree;
step S2, the aggregation function interface transmits the received software function tree data to the intelligent path management system, and the intelligent path management system calls the static path management unit to create a static path table;
step S3, the static path management unit calls the aggregation function interface to access and traverse the software function tree, and the step S2 is turned to until the software function tree is traversed;
s4, the path intelligent optimization management unit accesses the static path management unit, sorts according to the time in the static path table, and updates the index until all table data of the static path management unit are traversed;
s5, calling a function path;
s6, waking up the pointer, accessing the software function tree according to the data transmitted by the aggregation function interface, and completing the execution and calling of the function;
in the step S1, a Software function tree is created according to a format of (Software, fname, ruter), wherein Software represents a Software name, fname represents a function name, ruter represents a set of function execution paths reaching each Software operation step in the Fname; the creation process of the software function tree comprises the following substeps:
step S101, analyzing and obtaining a path layer according to a Software name Software, wherein the process is as follows: opening Software, scanning a first layer of operation of the Software name Software through a wake-up pointer, wherein the Software name Software is a root node, and marking each function operation of the first layer as a Software path node;
step S102, obtaining a path sub-layer according to path layer analysis, wherein the process is as follows: each node in the path layer continues to go deep into operation scanning, and is marked as a path sub-node as the path sub-layer node, and the step S102 is repeated until the path node cannot continue to operate;
step S103, if the path node in step S102 cannot continue to operate, marking the node as a leaf node; the failure of the path node to continue operation in step S102 includes two types: one is that the software itself functional operation ends; the other path node is a path node of user-defined termination, and comprises a sub-path node of user-defined;
and step S104, completing the creation of the software function tree.
2. The aggregated function shortcut calling method according to claim 1, wherein in the step S2, the data structure of the static path table is (Index, name, fname, size, software, SPosition, ruter, time), wherein Index represents a data Index, name represents a function alias, fname represents a function name, size represents a terminal screen Size, software represents a Software name, SPosition represents a function start bit path node, ruter represents a path set for executing the Fname, and Time represents a Time taken for executing the Fname.
3. The method according to claim 1 or 2, wherein in the step S4, the time is ranked before the time is small, the time is ranked after the time is long, and the data index is updated synchronously.
4. The method according to claim 3, wherein in step S5, the static path table in the static path management unit is accessed to select the function call path with the forefront ranking, and the data of the software function tree is transferred to the aggregation function interface.
5. The method for quickly calling the aggregated function according to claim 4, wherein in step S6, the aggregated function quickly calls a system wakeup pointer, accesses a software function tree according to data transmitted from an aggregated function interface, automatically executes function names according to a path set, and completes execution and calling of functions corresponding to the function names; and then releasing the wake-up pointer and releasing the software function to the user to realize subsequent operation and processing.
6. The method according to claim 5, wherein, in the process of completing the execution call of the function corresponding to the function name, if the function name has the data parameter, the data parameter is automatically filled in and executed.
7. An aggregate function shortcut calling system, characterized in that an aggregate function shortcut calling method as claimed in any one of claims 1 to 6 is adopted, and comprises an aggregate function management system, an intelligent path management system and an intelligent wake-up calling device;
the aggregation function management system is used for carrying out aggregation centralized management on various types of software and comprises a software function tree, an aggregation function interface and a function intelligent optimization management unit, wherein the software function tree is used for building a tree structure according to paths and functions; the intelligent function optimization management unit is used for sending time and paths consumed by each common function in different time periods and different equipment configuration operation to the software function tree so as to update the software function tree in real time;
the intelligent path management system comprises a static path management unit and a path intelligent optimization management unit, and is used for realizing user management and optimizing software function access paths;
the intelligent wake-up calling device is used for quickly waking up and calling functions in the aggregation function management system and comprises an identity password receiving device, an identity verification device, a password memorizing device and a function wake-up calling device, wherein the identity password receiving device is used for receiving an identity password, the identity verification device is used for verifying the identity password, the password memorizing device is used for memorizing and analyzing the identity password of a user, and the function wake-up calling device is used for calling the aggregation function management system.
8. The aggregated function shortcut invocation system of claim 7, wherein said software function tree comprises a path layer, a path sub-layer, and a function layer, said path layer comprising a function path for representing software; the path sub-layer is a sub-path layer of the path layer; the functional layer includes the required execution functions.
9. The system according to claim 7, wherein the identity password comprises any one or more of audio, image, text and fingerprint, the identity verification device calls the system through a wake-up pointer of the function wake-up calling device after verification, the wake-up mode of the wake-up pointer comprises any one or more of voice, video, fingerprint, key and text, and the pointer command data structure of the wake-up pointer is Order (name), wherein the name represents a function name, and the person represents a data parameter required by the function.
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| CN101022407A (en) * | 2007-03-13 | 2007-08-22 | 中兴通讯股份有限公司 | Binary tree-based stream classification checking method |
| CN103823883A (en) * | 2014-03-06 | 2014-05-28 | 焦点科技股份有限公司 | Analysis method and system for website user access path |
| CN106406859A (en) * | 2016-08-29 | 2017-02-15 | 南京亚派软件技术有限公司 | System of one-key type energy efficiency management and control platform based on B/S architecture |
| CN107632758A (en) * | 2017-08-09 | 2018-01-26 | 珠海市魅族科技有限公司 | A kind of quick payment method, apparatus, computer installation and computer-readable recording medium |
| CN110058777A (en) * | 2019-03-13 | 2019-07-26 | 华为技术有限公司 | The method and electronic equipment of shortcut function starting |
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