WO2018032943A1 - 一种基于移动终端的网络接入点存储处理方法及系统 - Google Patents

一种基于移动终端的网络接入点存储处理方法及系统 Download PDF

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Publication number
WO2018032943A1
WO2018032943A1 PCT/CN2017/094123 CN2017094123W WO2018032943A1 WO 2018032943 A1 WO2018032943 A1 WO 2018032943A1 CN 2017094123 W CN2017094123 W CN 2017094123W WO 2018032943 A1 WO2018032943 A1 WO 2018032943A1
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Prior art keywords
network access
time
access point
mobile terminal
access points
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PCT/CN2017/094123
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English (en)
French (fr)
Inventor
杨维琴
俞斌
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捷开通讯(深圳)有限公司
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Publication of WO2018032943A1 publication Critical patent/WO2018032943A1/zh
Priority to US16/236,361 priority Critical patent/US10959165B2/en

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W48/00Access restriction; Network selection; Access point selection
    • H04W48/16Discovering, processing access restriction or access information
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W84/00Network topologies
    • H04W84/02Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/10Small scale networks; Flat hierarchical networks
    • H04W84/12WLAN [Wireless Local Area Networks]

Definitions

  • the present invention relates to the field of mobile terminal technologies, and in particular, to a network access point storage processing method and system based on a mobile terminal.
  • Wireless network in the category of wireless local area network refers to "wireless compatibility authentication", which is essentially a kind of commercial authentication, and also a wireless networking technology.
  • the network was connected through a network cable, and wireless fidelity was through radio waves.
  • Network connection the more common is the wireless router, the wireless range of the wireless router can be connected by wireless fidelity connection. If the wireless router is connected to an ADSL line or other Internet line, it is also called hot spot.
  • a wireless access point that is, a network access point that is not used once only once, causes a large amount of redundant information.
  • an object of the present invention is to provide a network access point that can be automatically selected by a mobile terminal to be cleaned at a fixed time to reduce redundant information and improve mobility in the mobile terminal.
  • a mobile terminal-based network access point storage processing method and system that can operate the terminal and update the time of connection to the network access point each time the network is connected to improve the accuracy of network access point cleaning.
  • a mobile terminal-based network access point storage processing method wherein the mobile terminal-based network access point storage processing method includes:
  • Step A preset a regular cleaning time for periodically cleaning the network access point and a screening time for filtering out long-term idle network access points;
  • Step B Obtain the latest connection time when the mobile terminal connects to the network access point, and store the obtained latest connection time and the access point information used to identify the network access point;
  • Step C When the preset periodic cleaning time is reached, the current time is obtained; all the stored network access points are traversed, and all the latest connection times corresponding to the stored network access points are obtained; according to the obtained current The time and the latest connection time are calculated one by one to calculate the idle time of all the stored network access points; compare all the idle time with the screening time, and connect the network corresponding to the idle time that is greater than the screening time. Points are listed as long-term idle network access points;
  • Step D Arrange all long-term idle network access points in a row; delete all long-term idle network access points one by one or at the same time.
  • a mobile terminal-based network access point storage processing method wherein the mobile terminal-based network access point storage processing method includes:
  • Step A preset a regular cleaning time for periodically cleaning the network access point and a screening time for filtering out long-term idle network access points;
  • Step B Obtain the latest connection time when the mobile terminal connects to the network access point, and store the obtained latest connection time and the access point information used to identify the network access point;
  • Step C After reaching the preset periodic cleaning time, traverse the latest connection time of all the stored network access points, and filter out the long-term idle network access points according to the screening time;
  • Step D Clean up the filtered long-term idle network access points.
  • the mobile terminal-based network access point storage processing method before the step A further comprises:
  • Step S Create a storage file for storing access point information of all connected network access points and their latest connection time.
  • the mobile terminal-based network access point storage processing method wherein the step B specifically includes:
  • Step B1 When the mobile terminal connects to the network access point, obtain the current connection time as the latest connection time connected to the network access point;
  • Step B2 traversing all the stored network access points, determining whether the connected network access point already exists, if yes, executing step B3, if otherwise, performing step B4;
  • Step B3 replacing the saved second connection time with the acquired latest connection time, where the second connection time is the time when the mobile terminal is connected to the network access point for the previous time;
  • Step B4 establishing, in the created storage file, a storage entry for storing access point information of the network access point and its latest connection time;
  • Step B5 Save the obtained latest connection time and access point information to the established storage entry.
  • the mobile terminal-based network access point storage processing method wherein the step C specifically includes:
  • Step C1 Obtain the current time when the preset periodic cleaning time is reached
  • Step C2 traversing all the stored network access points and obtaining all the latest connection times corresponding to the stored network access points;
  • Step C3 Calculate the idle time of all the stored network access points according to the obtained current time and the latest connection time.
  • Step C4 Compare all the idle time with the screening time, and list the network access points corresponding to the idle time greater than the screening time as long-term idle network access points.
  • the mobile terminal-based network access point storage processing method wherein the step D specifically includes:
  • Step D1 Arranging and displaying all long-term idle network access points
  • Step D2 Delete all long-term idle network access points one by one or at the same time.
  • a mobile terminal-based network access point storage processing system wherein the mobile terminal-based network access point storage processing system includes:
  • a time setting module configured to preset a regular cleaning time for regularly cleaning the network access point and a screening time for filtering out long-term idle network access points
  • a time acquisition module configured to acquire an latest connection time when the mobile terminal connects to the network access point, and store the acquired latest connection time and access point information used to identify the network access point;
  • a screening module configured to traverse the latest connection time of all stored network access points after the preset periodic cleaning time is reached, and filter out long-term idle network access points according to the screening time;
  • a cleanup module that cleans up the long-term idle network access points that are filtered out.
  • the mobile terminal-based network access point storage processing system wherein the mobile terminal-based network access point storage processing system further comprises:
  • a file creation module for creating a storage file for storing access point information of all connected network access points and their latest connection time.
  • the mobile terminal-based network access point storage processing system wherein the time acquisition module specifically includes:
  • a first time acquiring unit configured to acquire, when the mobile terminal connects to the network access point, the current connection time as the latest connection time connected to the network access point;
  • a determining unit configured to traverse all the stored network access points, determine whether the connected network access point already exists, if yes, proceed to step B3, if otherwise, perform step B4;
  • a time replacement unit configured to replace the saved second connection time by using the acquired latest connection time, where the second connection time is the time when the mobile terminal is connected to the network access point for the previous time;
  • An entry establishing unit configured to establish, in the created storage file, a storage entry for storing access point information of the network access point and its latest connection time;
  • the information storage unit is configured to save the acquired latest connection time and access point information to the established storage entry.
  • the screening module specifically includes:
  • a second time acquiring unit configured to acquire a current time after the preset periodic cleaning time is reached
  • a third time acquiring unit configured to traverse all the stored network access points, and obtain all the latest connection times corresponding to the stored network access points
  • a calculating unit configured to calculate, according to the obtained current time and the latest connection time, the idle time of all the stored network access points
  • the access point screening unit is configured to compare all the idle time with the screening time, and list the network access points corresponding to the idle time greater than the screening time as long-term idle network access points.
  • the mobile terminal-based network access point storage processing system wherein the cleaning module specifically includes:
  • An access point display unit for arranging and displaying all long-term idle network access points
  • the access point deletion unit is used to delete all long-term idle network access points one by one or at the same time.
  • the mobile terminal-based network access point storage processing method provided by the present invention adopts a preset cleaning time for periodically cleaning the network access point and a screening time for screening long-term idle network access points, and then obtains The latest connection time of the mobile terminal connected to the network access point, and storing the obtained latest connection time and the access point information for identifying the network access point, and according to the stored after reaching the preset periodic cleaning time
  • the latest connection time and screening time clean up long-term idle network access points; enable mobile terminals to automatically select long-term unused network access points for cleaning at intervals to reduce redundant information in mobile terminals and improve mobile terminals.
  • the speed of operation, and the time to connect to the network access point can be updated each time the network is connected to improve the accuracy of network access point cleaning.
  • FIG. 1 is a schematic flow chart of a preferred embodiment of a method for processing a network access point based on a mobile terminal in the present invention
  • FIG. 2 is a schematic flow chart of another preferred embodiment of a method for processing a network access point based on a mobile terminal according to the present invention
  • step S300 is a schematic flowchart of step S300 in a method for processing a network access point based on a mobile terminal in the present invention
  • FIG. 4 is a functional block diagram of a preferred embodiment of a network access point storage processing system based on a mobile terminal in the present invention
  • FIG. 5 is a functional block diagram of another preferred embodiment of a network access point storage processing system based on a mobile terminal in the present invention.
  • the present invention provides a network access point storage processing method and system based on a mobile terminal.
  • a network access point storage processing method and system based on a mobile terminal.
  • the network access point refers to a wireless network access point, preferably a wifi access point.
  • the present invention provides a mobile terminal-based network access point storage processing method, which includes the steps of:
  • the S200 is configured to periodically clear the periodic cleaning time of the network access point and the screening time for filtering out the long-term idle network access point.
  • the step includes:
  • S220 Pre-set a screening time for filtering out long-term idle network access points.
  • steps S210 and S220 can be adjusted.
  • the regular cleaning time is calculated from the time when the regular cleaning time is set or a set time.
  • the cleaning time of the set period is N, the unit is day, the screening time is M, and the unit is day; in order to ensure that the network access point is not cleaned up periodically, the screening time M is greater than or equal to the regular cleaning time N.
  • S300 Obtain an latest connection time when the mobile terminal connects to the network access point, and store the obtained latest connection time and access point information used to identify the network access point.
  • the latest connection time refers to the time when the mobile terminal is connected to a certain network access point; since the mobile terminal may have connected to the network access point, in order to distinguish the connection from the previous connection time, the latest connection time is called The connection time is recently described, and then forwarded in a progressively increasing manner. For example, if the last connection is the Xth time, the Xth connection time is the latest connection time, and the X-1th time is the second connection time. X-2 times is the third connection time and so on.
  • the stored access point information may include information for identifying a network access point and information for connecting to the network access point, and may include, for example, an access point name, an access point proxy, an access point port, a password, a server And the authentication type and the like, the part of the information is automatically obtained when the mobile terminal connects to the network access point, which is a prior art.
  • the stored information When storing the access point information of a certain network access point and the latest connection time, the stored information may be arranged according to certain rules, and the specific settings may be performed according to actual needs.
  • the latest connection time and access point information can be stored in the WiFi module, and the WiFi module originally has the function of storing part of the access point information, so the latest connection time and the original WiFi module are not included in the storage.
  • the information is attached to the original WiFi module according to certain rules; or a storage file dedicated to storing the latest connection time and access point information can be created.
  • S400 After reaching the preset periodic cleaning time, traversing the latest connection time of all the stored network access points, and screening out long-term idle network access points according to the screening time.
  • the current time is obtained through the operating system interface, and the screening time is subtracted from the current time to obtain a judgment time, and the latest connection time of the storage network access point and the confidence of the access point are retrieved.
  • a storage area, and comparing the judgment time with the retrieved latest connection time, and the network access point corresponding to the latest connection time before the judgment time or at the judgment time is classified as a long-term idle network access point, The network access point corresponding to the latest connection time after the judgment time is classified as a non-long-term idle network access point.
  • the specific time for each regular cleaning is required to be set directly, for example, when the time for setting the regular cleaning is A, and setting the cleaning every B day, directly Set the time A+B, A+2B, ..., A+NB to perform regular cleaning; after the preset time is reached, first obtain the current time through the operating system interface, and then retrieve the latest connection of all saved network access points.
  • all the long-term idle network access points may be arranged in a list, and then the access point information in the corresponding WiFi module is deleted, and the access point of the storage network is stored by calling the operating system interface.
  • the storage area of the access point information and the latest connection time deletes the corresponding stored information.
  • the mobile terminal-based network access point storage processing method provided by the present invention adopts a preset cleaning time for periodically cleaning the network access point and a screening time for screening long-term idle network access points, and then obtains The latest connection time of the mobile terminal connected to the network access point, and storing the obtained latest connection time and the access point information for identifying the network access point, and according to the stored after reaching the preset periodic cleaning time
  • the latest connection time and screening time clean up long-term idle network access points; enable mobile terminals to automatically select long-term unused network access points for cleaning at intervals to reduce redundant information in mobile terminals and improve mobile terminals.
  • the speed of operation, and the time to connect to the network access point can be updated each time the network is connected to improve the accuracy of network access point cleaning.
  • the mobile terminal-based network access point storage processing method further includes the following steps:
  • the required storage information of all currently valid network access points is stored in a specified file, that is, a storage file, which facilitates management of network access points and cleanup of long-term idle network access points.
  • the S300 specifically includes:
  • the current time is obtained by the operating system interface of the mobile terminal.
  • S320 traversing all the stored network access points, determining whether the connected network access point already exists, if yes, executing S330, if otherwise executing S340;
  • the mobile terminal In order to further reduce redundant information, it is set to automatically retrieve whether the mobile terminal has the connection information of the network access point when the mobile terminal is connected to the network access point, and if so, time coverage or time refresh, if otherwise recommended The new save entry is saved.
  • S330 Replacing the saved second connection time by using the acquired latest connection time, where the second connection time is the time when the mobile terminal is connected to the network access point for the previous time;
  • Updating the latest connection time of the same network by using an alternative manner can greatly reduce the redundant information stored by the mobile terminal, release the memory of the mobile terminal, and improve the service life of the mobile terminal.
  • S340 Establish a storage entry for storing the access point information of the network access point and the latest connection time in the created storage file.
  • a corresponding storage entry is established to store the access point information of the network access point and the latest connection time according to a certain rule, thereby improving the network. Accessibility management of access points.
  • the S400 specifically includes:
  • the current time is obtained by calling the operating system interface of the mobile terminal, such as “acquiring the system time” under the control of the system through the program interface of the operating system of the mobile terminal;
  • the program interface is composed of a set of system call commands, and provides a set of systems.
  • the command is called for use by the user program, and the command to obtain the system time is "time".
  • the current time obtained can be used on the one hand to calculate the idle time of each stored network access point and on the other hand to calculate the next periodic cleaning time.
  • the obtaining the current time in the step and the obtaining the current time in the S310 may be performed by the same unit, or may be performed by different units; that is, the first time acquiring unit and the second time acquiring unit may be the same unit or different units.
  • the process of retrieving the latest connection time of each network access point may be queried and calculated one by one, or may be calculated one by one after all the queries are completed.
  • the latest connection time obtained is subtracted from the obtained current time, and the obtained value is extremely stored time of the network access point, and each stored network access point corresponds to an idle time.
  • S440 Compare all the idle time with the screening time, and list the network access points corresponding to the idle time greater than the screening time as long-term idle network access points.
  • step S500 specifically includes:
  • S510 Arrange and display all long-term idle network access points
  • the arrangement display in the step may be displayed on the display screen in the form of a list, or may be displayed on the central processor in a list list to facilitate further processing by the central processing unit.
  • Deleting all long-term idle network access points includes deleting the access point name in the WiFi module corresponding to the long-term idle network access point, and all the information in the entry corresponding to the long-term idle network access point stored in the storage file, such as Latest connection time, access point information, etc.
  • the present invention further provides a network access point storage processing system based on a mobile terminal, where the mobile terminal-based network access point storage processing system includes:
  • the time setting module 200 is configured to preset a periodic cleaning time for periodically cleaning the network access point and a screening time for filtering out the long-term idle network access point, as described in the foregoing method embodiment;
  • the time obtaining module 300 is configured to acquire the latest connection time when the mobile terminal is connected to the network access point, and store the acquired latest connection time and the access point information used to identify the network access point, specifically implemented by the foregoing method. As stated in the example;
  • the screening module 400 is configured to traverse the latest connection time of all the stored network access points after the preset periodic cleaning time is reached, and filter out the long-term idle network access points according to the screening time, as described in the foregoing method embodiment. State
  • the cleaning module 500 is configured to clean the filtered long-term idle network access point, as described in the foregoing method embodiment.
  • the mobile terminal-based network access point storage processing system further includes:
  • the file creation module 100 is configured to create a storage file for storing access point information of all connected network access points and their latest connection time, as described in the foregoing method embodiment.
  • the time acquisition module specifically includes:
  • a first time acquiring unit configured to: when the mobile terminal is connected to the network access point, obtain the latest connection time that is connected to the network access point, as described in the foregoing method embodiment;
  • a determining unit configured to traverse all the stored network access points, and determine whether the connected network access point already exists, if yes, execute step B3, if otherwise, perform step B4, as described in the foregoing method embodiment;
  • a time replacement unit configured to replace the saved second connection time by using the acquired latest connection time, where the second connection time is the time when the mobile terminal is connected to the network access point, as described in the foregoing method embodiment.
  • An entry establishing unit configured to establish, in the created storage file, a storage entry for storing access point information of the network access point and its latest connection time, as described in the foregoing method embodiment
  • the information storage unit is configured to save the obtained latest connection time and access point information to the created storage item, as described in the foregoing method embodiment.
  • the screening module specifically includes:
  • a second time acquiring unit configured to acquire a current time after the preset periodic cleaning time is reached, as described in the foregoing method embodiment
  • a third time acquiring unit configured to traverse all the stored network access points, and obtain all the latest connection times corresponding to the stored network access points, as described in the foregoing method embodiment
  • a calculating unit configured to calculate, according to the obtained current time and the latest connection time, the idle time of all the stored network access points, as described in the foregoing method embodiment
  • the access point screening unit is configured to compare all the idle time with the screening time, and list the network access points corresponding to the idle time greater than the screening time as long-term idle network access points, as described above.
  • the method examples are described.
  • the cleaning module specifically includes:
  • An access point display unit configured to display all the long-term idle network access points, as described in the foregoing method embodiment
  • the access point deleting unit is configured to delete all the long-term idle network access points one by one or at the same time, as described in the foregoing method embodiment.

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Abstract

本发明公开了一种基于移动终端的网络接入点存储处理方法及系统,其中,所述方法包括:A:预先设置定期清理时间以及筛选时间;B:获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;C:在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点;D:清理所筛选出的长期闲置网络接入点。本发明所提供的方法,使得移动终端每隔一段时间便自动挑选长期不使用的网络接入点进行清理,以减少移动终端内的冗余信息,提高移动终端的运行速度,且每次连接网络时可更新连接到该网络接入点的时间以提高网络接入点清理的精确性。

Description

一种基于移动终端的网络接入点存储处理方法及系统
【技术领域】
本发明涉及移动终端技术领域,尤其涉及的是一种基于移动终端的网络接入点存储处理方法及系统。
【背景技术】
随着技术的进步,移动终端的网络连接性能已经成为衡量移动终端性能的一个重要指标。
无线网络在无线局域网的范畴是指“无线相容性认证”,其实质上是一种商业认证,同时也是一种无线联网技术,以前通过网线连接网络,而无线保真则是通过无线电波来连网;比较常见的是无线路由器,在这个无线路由器的电波覆盖的有效范围都可以采用无线保真连接方式进行联网,如果无线路由器连接了一条ADSL线路或者别的上网线路,则又被称为热点。
现在的移动终端大多数带有自动搜索附近的无线网络,以及自动记录并连接该移动终端曾经连接过的无线网络。毋庸置疑,这种功能极大的提高了移动终端的智能化程度及使用方便性,但与此同时,也给移动终端带来了一些问题,如储存在移动终端内的大量的“一次性”无线网络接入点,即只连接过一次便不再使用的网络接入点,造成了大量的冗余信息。
因此,现有技术还有待于改进和发展。
【发明内容】
鉴于上述现有技术的不足,本发明的目的在于提供一种使得移动终端可以每隔一段时间便自动挑选长期不使用的网络接入点进行清理,以减少移动终端内的冗余信息,提高移动终端的运行速度,且在每次连接网络时可更新连接到该网络接入点的时间以提高网络接入点清理的精确性的基于移动终端的网络接入点存储处理方法及系统。
本发明的技术方案如下:
一种基于移动终端的网络接入点存储处理方法,其中,所述基于移动终端的网络接入点存储处理方法包括:
步骤A:预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
步骤B:获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
步骤C:在达到所预设的定期清理时间时,获取当前时间;遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点;
步骤D:排列显示所有长期闲置网络接入点;逐条或同时删除所有长期闲置网络接入点。
一种基于移动终端的网络接入点存储处理方法,其中,所述基于移动终端的网络接入点存储处理方法包括:
步骤A:预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
步骤B:获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
步骤C:在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点;
步骤D:清理所筛选出的长期闲置网络接入点。
优选地,所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤A之前还包括:
步骤S:创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
优选地,所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤B具体包括:
步骤B1:当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
步骤B2:遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4;
步骤B3:利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
步骤B4:在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
步骤B5:将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
优选地,所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤C具体包括:
步骤C1:在达到所预设的定期清理时间时,获取当前时间;
步骤C2:遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;
步骤C3:根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;
步骤C4:将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点。
优选地,所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤D具体包括:
步骤D1:排列显示所有长期闲置网络接入点;
步骤D2:逐条或同时删除所有长期闲置网络接入点。
一种基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统包括:
时间设置模块,用于预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
时间获取模块,用于获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
筛选模块,用于在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点;
清理模块,用于清理所筛选出的长期闲置网络接入点。
优选地,所述的基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统还包括:
文件创建模块,用于创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
优选地,所述的基于移动终端的网络接入点存储处理系统,其中,所述时间获取模块具体包括:
第一时间获取单元,用于当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
判断单元,用于遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4;
时间替换单元,用于利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
条目建立单元,用于在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
信息保存单元,用于将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
优选地,所述的基于移动终端的网络接入点存储处理系统,其中,所述筛选模块具体包括:
第二时间获取单元,用于在达到所预设的定期清理时间后,获取当前时间;
第三时间获取单元,用于遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;
计算单元,用于根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;
接入点筛选单元,用于将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点。
优选地,所述的基于移动终端的网络接入点存储处理系统,其中,所述清理模块具体包括:
接入点显示单元,用于排列显示所有长期闲置网络接入点;
接入点删除单元,用于逐条或同时删除所有长期闲置网络接入点。
本发明所提供的基于移动终端的网络接入点存储处理方法,由于采用了预设用于定期清理网络接入点的定期清理时间及用于筛选长期闲置网络接入点的筛选时间,然后获取移动终端连接到网络接入点的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息,并在达到所预设的定期清理时间后根据所存储的最新连接时间及筛选时间清理长期闲置网络接入点;使得移动终端可以每隔一段时间便自动挑选长期不使用的网络接入点进行清理,以减少移动终端内的冗余信息,提高移动终端的运行速度,且在每次连接网络时可更新连接到该网络接入点的时间以提高网络接入点清理的精确性。
【附图说明】
图1是本发明中基于移动终端的网络接入点存储处理方法较佳实施例的流程示意图;
图2是本发明基于移动终端的网络接入点存储处理方法另一较佳实施例的流程示意图;
图3是本发明中基于移动终端的网络接入点存储处理方法中步骤S300的流程示意图;
图4是本发明中基于移动终端的网络接入点存储处理系统较佳实施例的功能原理框图;
图5是本发明中基于移动终端的网络接入点存储处理系统另一较佳实施例的功能原理框图。
【具体实施方式】
本发明提供一种基于移动终端的网络接入点存储处理方法及系统,为使本发明的目的、技术方案及效果更加清楚、明确,以下参照附图并举实例对本发明进一步详细说明。应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
本发明实施例中,网络接入点是指无线网络接入点,优选为wifi接入点。
如图1所示,本发明提供了一种基于移动终端的网络接入点存储处理方法,其包括步骤:
S200、预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;该步骤具体包括:
S210、预先设置用于定期清理网络接入点的定期清理时间;
S220、预先设置用于筛选出长期闲置网络接入点的筛选时间;
步骤S210及S220的先后顺序可调整。
定期清理时间从设置定期清理时间的时间或某一设定的时间开始计算。
具体实施时,设定期清理时间为N,单位为天,筛选时间为M,单位为天;为了保证在定期清理网络接入点时不会造成遗漏,设筛选时间M大于等于定期清理时间N。
S300、获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息。
最新连接时间是指移动终端连接到某一网络接入点的时间;由于该移动终端可能已经连接过该网络接入点,为了区分该次连接与以前的连接时间,称最近一次的连接时间为最近连接时间,然后按照逐次递增的方式向前描述,如最近一次的连接为第X次,则呈第X次的连接时间为最近连接时间,而第X-1次为第二连接时间,第X-2次为第三连接时间等等。
所存储的接入点信息可以包括用于识别网络接入点的信息及用于连接网络接入点的信息,可以包括如接入点名称、接入点代理、接入点端口、密码、服务器及身份验证类型等等,该部分信息在移动终端连接网络接入点时会自动获取,为现有技术。
存储某网络接入点的接入点信息及最新连接时间时,可按照一定的规则对所存储信息进行排列,具体设置可按照实际需要进行。
具体实施时,所获取最新连接时间及接入点信息可储存至WiFi模块,WiFi模块原本就带有储存部分接入点信息的功能,故存储时可将最新连接时间及原WiFi模块中未包含信息按照一定的规则附加于原WiFi模块;或者可创建一专门用于存储最新连接时间及接入点信息的存储文件。
S400、在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点。
较佳实施例中,在达到本次清理时间后,通过操作系统接口获取当前时间并利用当前时间减去筛选时间可得到一判断时间,检索存储网络接入点的最近连接时间及接入点信心的存储区域,并将判断时间与所检索到的最近连接时间进行比较,在该判断时间之前或处于该判断时间的最近连接时间所对应的网络接入点即分类为长期闲置网络接入点,而在该判断时间之后的最近连接时间所对应的网络接入点即分类为非长期闲置网络接入点。
另一较佳实施例中,在预设定期清理时间时,直接设置每次需要进行定期清理的具体时间,如设置定期清理时的时间为A,设定每隔B天进行一次清理,则直接设定时间A+B、A+2B、……、A+NB,进行定期清理;在达到预设时间后,首先通过操作系统接口获取当前时间,其次检索所有已保存网络接入点的最新连接时间,再次利用所获取的当前时间逐个减去所检索到的最新连接时间,再次,将得到的所有计算结果逐一与筛选时间进行比较,大于或等于筛选时间的计算结果相对应的网络接入点即分类为长期闲置网络接入点,而小于筛选时间的计算结果相对应的网络接入点即分类为非长期闲置网络接入点。
S500、清理所筛选出的长期闲置网络接入点。
具体实施时,可先将所有长期闲置网络接入点以清单的方式排列显示,然后将其所对应的WiFi模块中的接入点信息删除,同时通过调用操作系统接口将存储网络接入点的接入点信息及最新连接时间的存储区域将对应的所存储的信息删除。
本发明所提供的基于移动终端的网络接入点存储处理方法,由于采用了预设用于定期清理网络接入点的定期清理时间及用于筛选长期闲置网络接入点的筛选时间,然后获取移动终端连接到网络接入点的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息,并在达到所预设的定期清理时间后根据所存储的最新连接时间及筛选时间清理长期闲置网络接入点;使得移动终端可以每隔一段时间便自动挑选长期不使用的网络接入点进行清理,以减少移动终端内的冗余信息,提高移动终端的运行速度,且在每次连接网络时可更新连接到该网络接入点的时间以提高网络接入点清理的精确性。
如图2所示,所述基于移动终端的网络接入点存储处理方法还包括步骤:
S100、创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
将所有当前有效网络接入点的需存储信息存储在指定文件即存储文件中,便于网络接入点的管理及长期闲置网络接入点的清理。
如图3所示,进一步地,所述S300具体包括:
S310:当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
当前时间的获取方式为通过移动终端的操作系统接口获取。
S320:遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行S330,若否则执行S340;
为了进一步减少冗余信息,设置每当移动终端连接网络接入点时,自动检索移动终端内是否保存有此网络接入点的连接信息,若有则进行时间覆盖或者说时间刷新,若否则建议新的保存条目进行保存。
S330:利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
利用替换的方式更新同一网络的最新连接时间可极大的减少移动终端所存储的冗余信息,释放移动终端内存,提高移动终端的使用寿命。
S340:在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
具体实施时,当移动终端每次连接一个新的网络接入点时,建立一个对应的存储条目用于按照一定的规则存储该网络接入点的接入点信息及最新连接时间,提高了网络接入点的管理方便性。
S350:将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
进一步地,所述S400具体包括:
S410、在达到所预设的定期清理时间时,获取当前时间。
具体实施时,通过调用移动终端操作系统接口获取当前时间,如通过移动终端操作系统的程序接口读取系统控制下的“取得系统时间”;程序接口由一组系统调用命令组成,提供一组系统调用命令供用户程序使用,取得系统时间的命令为“time”。
所获取的当前时间一方面可以用于计算各个已存储网络接入点的已闲置时间,另一方面可用于计算下一次定期清理时间。
该步骤中获取当前时间与S310中获取当前时间可通过同一单元完成,也可通过不同单元完成;即所述第一时间获取单元与第二时间获取单元为同一单元或不同单元皆可。
S420、遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间。
该步骤为调取各个网络接入点最新连接时间的过程,可以逐一查询并计算,也可以在完成所有查询后再进行逐一计算。
S430、根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间。
即利用所获取的当前时间一一减去所获取的最新连接时间,得到的数值极为已存储网络接入点的已闲置时间,每个所存储的网络接入点对应一个已闲置时间。
S440、将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点。
进一步地,所述步骤S500具体包括:
S510、排列显示所有长期闲置网络接入点;
该步骤所述排列显示可以是指以列表清单的方式显示于显示屏,也可以是指以列表清单的方式显示于中央处理器,以方便中央处理器进行进一步处理。
S520、逐条或同时删除所有长期闲置网络接入点。
删除所有长期闲置网络接入点包括删除长期闲置网络接入点所对应的WiFi模块中的接入点名称,以及存储于存储文件中的长期闲置网络接入点所对应条目中的所有信息,如最新连接时间、接入点信息等。
如图4所示,本发明还提供一种基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统包括:
时间设置模块200,用于预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间,具体如上述方法实施例所述;
时间获取模块300,用于获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息,具体如上述方法实施例所述;
筛选模块400,用于在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点,具体如上述方法实施例所述;
清理模块500,用于清理所筛选出的长期闲置网络接入点,具体如上述方法实施例所述。
如图5所示,进一步地,所述的基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统还包括:
文件创建模块100,用于创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件,具体如上述方法实施例所述。
进一步地,所述的基于移动终端的网络接入点存储处理系统,其中,所述时间获取模块具体包括:
第一时间获取单元,用于当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间,具体如上述方法实施例所述;
判断单元,用于遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4,具体如上述方法实施例所述;
时间替换单元,用于利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间,具体如上述方法实施例所述;
条目建立单元,用于在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目,具体如上述方法实施例所述;
信息保存单元,用于将所获取的最新连接时间及接入点信息保存至所建立的存储条目,具体如上述方法实施例所述。
进一步地,所述的基于移动终端的网络接入点存储处理系统,其中,所述筛选模块具体包括:
第二时间获取单元,用于在达到所预设的定期清理时间后,获取当前时间,具体如上述方法实施例所述;
第三时间获取单元,用于遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间,具体如上述方法实施例所述;
计算单元,用于根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间,具体如上述方法实施例所述;
接入点筛选单元,用于将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点,具体如上述方法实施例所述。
进一步地,所述的基于移动终端的网络接入点存储处理系统,其中,所述清理模块具体包括:
接入点显示单元,用于排列显示所有长期闲置网络接入点,具体如上述方法实施例所述;
接入点删除单元,用于逐条或同时删除所有长期闲置网络接入点,具体如上述方法实施例所述。
应当理解的是,本发明的应用不限于上述的举例,对本领域普通技术人员来说,可以根据上述说明加以改进或变换,例如区域选择框的形状及颜色等,所有这些改进和变换都应属于本发明所附权利要求的保护范围。

Claims (13)

  1. 一种基于移动终端的网络接入点存储处理方法,其中,所述基于移动终端的网络接入点存储处理方法包括:
    步骤A:预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
    步骤B:获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
    步骤C:在达到所预设的定期清理时间时,获取当前时间;遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点;
    步骤D:排列显示所有长期闲置网络接入点;逐条或同时删除所有长期闲置网络接入点。
  2. 根据权利要求1所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤A之前还包括:
    步骤S:创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
  3. 根据权利要求2所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤B具体包括:
    步骤B1:当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
    步骤B2:遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4;
    步骤B3:利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
    步骤B4:在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
    步骤B5:将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
  4. 一种基于移动终端的网络接入点存储处理方法,其中,所述基于移动终端的网络接入点存储处理方法包括:
    步骤A:预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
    步骤B:获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
    步骤C:在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点;
    步骤D:清理所筛选出的长期闲置网络接入点。
  5. 根据权利要求4所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤A之前还包括:
    步骤S:创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
  6. 根据权利要求5所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤B具体包括:
    步骤B1:当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
    步骤B2:遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4;
    步骤B3:利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
    步骤B4:在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
    步骤B5:将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
  7. 根据权利要求4所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤C具体包括:
    步骤C1:在达到所预设的定期清理时间时,获取当前时间;
    步骤C2:遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;
    步骤C3:根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;
    步骤C4:将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点。
  8. 根据权利要求4所述的基于移动终端的网络接入点存储处理方法,其中,所述步骤D具体包括:
    步骤D1:排列显示所有长期闲置网络接入点;
    步骤D2:逐条或同时删除所有长期闲置网络接入点。
  9. 一种基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统包括:
    时间设置模块,用于预先设置用于定期清理网络接入点的定期清理时间以及用于筛选出长期闲置网络接入点的筛选时间;
    时间获取模块,用于获取移动终端连接到网络接入点时的最新连接时间,并存储所获取的最新连接时间及用于识别该网络接入点的接入点信息;
    筛选模块,用于在达到所预设的定期清理时间后,遍历所有已存储网络接入点的最新连接时间,并根据筛选时间筛选出长期闲置网络接入点;
    清理模块,用于清理所筛选出的长期闲置网络接入点。
  10. 根据权利要求9所述的基于移动终端的网络接入点存储处理系统,其中,所述基于移动终端的网络接入点存储处理系统还包括:
    文件创建模块,用于创建一用于存储所有连接过的网络接入点的接入点信息及其最新连接时间的存储文件。
  11. 根据权利要求10所述的基于移动终端的网络接入点存储处理系统,其中,所述时间获取模块具体包括:
    第一时间获取单元,用于当移动终端连接网络接入点时,获取当前时间为连接到该网络接入点的最新连接时间;
    判断单元,用于遍历所有已存储网络接入点,判断所连接网络接入点是否已存在,若是则执行步骤B3,若否则执行步骤B4;
    时间替换单元,用于利用所获取的最新连接时间替换已保存的第二连接时间,所述第二连接时间为移动终端前一次连接到该网络接入点的时间;
    条目建立单元,用于在所创建的存储文件中建立一用于保存该网络接入点的接入点信息及其最新连接时间的存储条目;
    信息保存单元,用于将所获取的最新连接时间及接入点信息保存至所建立的存储条目。
  12. 根据权利要求9所述的基于移动终端的网络接入点存储处理系统,其中,所述筛选模块具体包括:
    第二时间获取单元,用于在达到所预设的定期清理时间后,获取当前时间;
    第三时间获取单元,用于遍历所有已存储网络接入点,并获取所有与已存储网络接入点一一对应的最新连接时间;
    计算单元,用于根据所获取的当前时间及最新连接时间一一计算出所有已存储网络接入点的已闲置时间;
    接入点筛选单元,用于将所有已闲置时间与筛选时间进行一一对比,并将其中大于筛选时间的已闲置时间所对应的网络接入点列为长期闲置网络接入点。
  13. 根据权利要求9所述的基于移动终端的网络接入点存储处理系统,其中,所述清理模块具体包括:
    接入点显示单元,用于排列显示所有长期闲置网络接入点;
    接入点删除单元,用于逐条或同时删除所有长期闲置网络接入点。
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