CN101902731B - Internet access method based on mobile communication equipment terminals - Google Patents
Internet access method based on mobile communication equipment terminals Download PDFInfo
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- CN101902731B CN101902731B CN201010204294.1A CN201010204294A CN101902731B CN 101902731 B CN101902731 B CN 101902731B CN 201010204294 A CN201010204294 A CN 201010204294A CN 101902731 B CN101902731 B CN 101902731B
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Abstract
The invention provides an Internet access method of network applications based on mobile communication equipment terminals, which comprises the following steps: detection, i.e. when the network applications are accessed into a network, a system judges the network setting state by detecting a network setting identification; network parameter setting, i.e. when the system judges that the network setting state is an initial state according to the detected network setting identification, the system carries out a network configuration attempt according to the preset algorithm and the established rules, acquires network setting parameters, completes the network parameter setting, simultaneously saves the network setting parameters, and updates the network setting state to be a ready state; and network connection, i.e. when the system judges that the network setting state is the ready state according to the detected network setting identification, the system selects the corresponding access mode to carry out network connection to acquire network data.
Description
Technical field
The present invention relates to mobile communication technology field, relate more specifically to a kind of internet access method based on mobile communication equipment terminals.
Background technology
In recent years, the Internet and mobile radio communications technology obtain fast development, and the mutual fusion degree between these two fields is also more and more higher.In fact, the operator of wireless network is for the user of mobile communication equipment terminals provides the network access mode of multiple the Internet.
At present, the network access mode based on mobile communication equipment terminals can be two classes: a class is traditional data access type, mainly based on the access of WLAN (wireless local area network) (Wireless LAN, is commonly called as WiFi); The another kind of data access type being mobile telecommunication service operator and providing, mainly comprise: based on the general grouped wireless access (GPRS based on GSM technology, General Packet Radio Service), very high frequency(VHF) general grouped wireless access (GPRSE, General Packet Radio Service Edge), based on the wireless access of CDMA (Code Division Multiple Access) (CDMA, Code Division Multiple Access).Wherein, the latter is present stage most popular data access type.
From network configuration, main use access way is two classes at present: direct-connected access and agency's access.
Direct-connected access refers to the whole network data transmission link being connected to the Internet by mobile communication equipment terminals, does not all need to transfer directly to be linked into the Internet in the proxy server of mobile telecommunication service operator.This kind of access way mainly comprises: based on the access of WLAN (wireless local area network), China Mobile cmnet accesses, CHINAUNICOM 3gnet accesses, China Telecom ctnet accesses and uninet access;
Agency's access refers to the whole network data transmission link being connected to the Internet by mobile communication equipment terminals, need to be linked into the Internet again after the transfer of Internet Service Provider's proxy server, mainly comprise: China Mobile cmwap accesses, CHINAUNICOM 3gwap accesses and uniwap access, China Telecom ctwap access.
Mobile telecommunication service operator, for different crowds, the different scopes of application, provides the Internet access service of differentiation with rate difference, be present stage use access way comparatively widely by acting on behalf of access.
It should be noted that, for different mobile telecommunication service operators, there is larger difference in the agent access method used between them, mainly because the proxy server IP section of their uses is different.Such as between China Mobile and China Telecom, the IP address of their proxy servers is different, and these are once arrange mistake, and will cause cannot interconnection network.
Compared with the network environment of complexity, most users is to being simple based on the cognition of mobile communication equipment terminals network settings, they cannot bear too loaded down with trivial details setting operation, therefore, user, they use web application will face following three large thresholds on mobile communication equipment terminals:
1) use software for the first time, how correct network parameter is set smoothly;
2) process changes SIM card (Subscriber Identity Module client identification module), how correctly to upgrade necessary network settings parameter;
3) use in software process, if want handover network (such as direct-connected access switches agency's access), how correctly to upgrade necessary network settings parameter.
As the web application provider of mobile communication equipment terminals, must consider when developing web application based on mobile communication equipment terminals: how could allow software intelligence, complete corresponding network settings efficiently and accurately, thus the threshold avoiding complicated network settings to become user using software to stride across, the availability of raising software.
Summary of the invention
The object of this invention is to provide a kind of more convenient, efficient network settings processing scheme, the web application based on mobile communication equipment terminals can be widely used in, use the network insertion setting unit of the web application based on mobile communication equipment terminals of the program will become simple: whole network settings link becomes more intelligent, when the network settings parameter of refresh routine, user is no longer the executive agent of operation, the link of whole network insertion will be judged by system intelligence and be provided with, guarantee that the web application based on mobile communication equipment terminals can access network (comprising mobile Internet and Internet) efficiently.Greatly simplifie network settings step, improve the experience of user.
Scope of the present invention, only by claims defined of enclosing, any degree not limit by the statement of this joint summary of the invention.
To achieve these goals, the invention provides a kind of Internet cut-in method of the web application based on mobile communication equipment terminals, comprise the following steps:
Detecting step: when web application interconnection network, system arranges mark by Sampling network, judges network settings state;
Network parameter setting steps: when described system is by judging the described network settings mark detected, when to determine described network settings state be initial condition for it, described system carries out network configuration trial according to the rule of the algorithm preset and formulation, obtain network settings parameter and complete corresponding network parameter and arrange, preserve described network settings parameter simultaneously, and be ready state by described network settings state updating;
Networking step, when described system identifies according to the described network settings detected and judges it, when to determine described network settings state be described ready state for it, the corresponding access way of described Systematic selection carries out network connection, and obtains network data.
Wherein, in described network parameter setting steps, described system judges mobile telecommunication service operator belonging to user according to user's international mobile subscriber identity, then corresponding network access mode is obtained, again according to systemic presupposition rule judgment priority access mode, and complete the connection of corresponding network and obtain network data.
Wherein, when in described networking step, interconnection network is failed, described system can carry out resetting of network settings parameter described in described network parameter setting steps, and when resetting described network settings parameter, described system adopts and previous contrary access way.
Wherein, when in described networking step, interconnection network is failed, described system can reset described network parameter by no more than three employings with previous contrary access way method, and attempts interconnection network.
Wherein, when aforementioned system is passed through more than three interconnection networks failures in described networking step, described system provides the prompting that may cause network connection failure, and user networks after can may affecting the factor of networking according to described prompting eliminating again.
Another kind of preferred version of the present invention is that described system by the Network Access Point of an establishment standard, and carries out network connection with the Network Access Point of aforesaid standards when aforementioned system is passed through more than three interconnection networks failures in described networking step.
Wherein, when carrying out network with the Network Access Point of aforesaid standards and connecting still failed, described system by the Network Access Point of another contrary with the data access point of aforesaid standards for establishment one standard, and networks with the data access of another standard described point.
Wherein, when carrying out interconnection network with the data access of another standard described point and being still failed, described system provides the prompting that may cause network connection failure, and user carries out network connection after can may affecting the factor of networking according to described prompting eliminating again.
Especially, aforementioned contrary access way refers to: direct-connected access or act on behalf of the contrary network access mode of access two kinds.
Accompanying drawing explanation
Fig. 1 is the flow chart of the internet access method based on mobile terminal;
Fig. 2 is an execution mode of the rule of the default algorithm of system and formulation;
Fig. 3 is another execution mode of the rule of the default algorithm of system and formulation;
Fig. 4 is the decision flow chart of whether having carried out repeatedly the trial of interconnection network;
Fig. 5 is another execution mode of the rule of the default algorithm of system and formulation.
Embodiment
The specific embodiment of the present invention is described in detail below in conjunction with accompanying drawing.
Fig. 1 is the flow chart of the internet access method based on mobile communication equipment terminals.As shown in Figure 1, in step S11 Sampling network state, be confirmed whether the network connection parameter pre-seted to be detected.In the present invention, network settings are divided into two states, i.e. initial condition and ready state.Above-mentioned initial condition, refers to not carry out any Network Check and test, does not arrange the state of network of relation parameter; Above-mentioned ready state, refers to by Network Check, and has arranged the state of network of relation parameter.During web application interconnection network, the mark that system meeting Sampling network is arranged, namely judges current initial condition mark and ready state mark, obtains network settings state information, and carry out follow-up corresponding process according to different network settings states.When systems axiol-ogy is in initial condition to network settings (step S12: no), system carries out network configuration according to the rule of the algorithm preset and formulation, obtain network settings parameter, complete network parameter to arrange, preserve described network settings parameter simultaneously, and be ready state (step S13) by described network settings state updating.After completing the arranging of network parameter in step s 13, system attempts interconnection network, and namely system attempts the IP (step S14) that connection one is specified.In step s 11, when systems axiol-ogy is in ready state to network settings (step S12: time), directly enter step S14 and carry out interconnection network trial.When the success of system interconnection network (step S15: yes), system is from this Network Capture network data (step S16).When the failure of system interconnection network (step S15: no), return step S13, and re-start network configuration according to the rule of the algorithm preset and formulation, obtain network settings parameter, complete network parameter to arrange, and the network settings parameter of preserving last time is replaced by again obtained network settings parameter, then re-start network and connect trial.
Fig. 2 is an execution mode of the rule of the default algorithm of system and formulation.As shown in Figure 2, in the step s 21, when systems axiol-ogy network settings state is initial condition, system judges the operator (such as China Mobile, CHINAUNICOM, China Telecom etc.) (step S21) of mobile communication belonging to user according to the international mobile subscriber identity (i.e. IMSI, International MobileSubscriber Identity) of user.The operator of system mobile communication belonging to user, judge priority access mode (direct-connected access or agency's access) and complete corresponding proxy port to arrange, preserve network settings parameter simultaneously, and be ready state (step S22) by network settings state updating.Then, system carries out interconnection network trial (step S23).When interconnection network success (step S24: yes), system obtains network data (step S25) from this network.When interconnection network failure (step S24: no), system adopts to previous contrary access way and completes corresponding proxy port and arranges, upgrade the preservation of network settings parameters simultaneously, replace the network settings parameter of preserving last time by the relevant parameter of above-mentioned and previous contrary access way carry out preserving (step S26) as network settings parameter.Such as, use agent access method when the last time, direct-connected access way will be used so specifically.System adopts the corresponding network settings parameter of the access way contrary to this to network, and attempts connection assigned ip, and when interconnection network success (step S24: yes), system obtains network data (step S25) from this network.
Fig. 3 is another execution mode of the rule of the default algorithm of system and formulation.Fig. 4 is the decision flow chart of whether having carried out repeatedly the trial of interconnection network.In figure 3, the operation of step S31-35 is identical with the step S21-25 in Fig. 2, and omission is described.
As shown in Figure 3, when in step S34, interconnection network is failed, system judges whether to have carried out the repeatedly trial of interconnection network (step S36).When system judges that the trial carrying out repeatedly interconnection network does not reach certain number of times (step S36: no), system adopts to previous contrary access way and completes corresponding proxy port and arranges, upgrade the preservation of network settings parameters simultaneously, replace the network settings parameter of preserving last time by the relevant parameter of above-mentioned and previous contrary access way carry out preserving (step S37) as network settings parameter.Such as, use agent access method when the last time, direct-connected access way will be used so specifically.System adopts the corresponding network settings parameter of the access way contrary to this to network, and attempts connection assigned ip, and when interconnection network success (step S34: yes), system obtains network data (step S35) from this network.When system judges that the trial carrying out repeatedly interconnection network has reached certain number of times (step S36: yes), system provides the prompting that may cause network connection failure, the prompting that user can provide according to system, gets rid of after may affecting the factor of interconnection network and again carries out interconnection network (step S38).In step 36, system to the determining step of the number of attempt of interconnection network as shown in Figure 4.When interconnection network failure (step S41), in step S42, N is added 1, wherein N is preset as 0, and after the success of system interconnection network, N is classified as 0 automatically.When N be less than or equal to a threshold value M preset (M be greater than 1 natural number) time (step S43: yes), carry out the operation of step S37.When N exceedes the above-mentioned threshold value M preset (step S43: no), system provides the prompting that may cause network connection failure, the prompting that user can provide according to system, gets rid of after may affecting the factor of interconnection network and again carries out interconnection network (step S38).
In the present embodiment, threshold value M is 3, namely when system attempts no more than 3 times of the number of times of interconnection network, system adopts to previous contrary access way and completes corresponding proxy port and arranges, when system attempts the number of times of interconnection network more than 3 times, system provides the prompting that may cause network connection failure, the prompting that user can provide according to system, gets rid of after may affecting the factor of interconnection network and again carries out interconnection network.
Fig. 5 is another execution mode of the rule of the default algorithm of system and formulation.In Figure 5, the operation of step S51-55 is identical with the step S21-25 in Fig. 2, and omission is described.And, the step S36 in step S56 in the same Fig. 3 as shown in Figure 4 of the judgement of system to repeatedly interconnection network trial, therefore explanation is also omitted.
As shown in Figure 5, when in step S54, interconnection network is failed, system judges whether to have carried out the repeatedly trial of interconnection network (step S56).When system judges that the trial carrying out repeatedly interconnection network does not reach certain number of times (step S56: no), system adopts to previous contrary access way and completes corresponding proxy port and arranges, upgrade the preservation of network settings parameters simultaneously, replace the network settings parameter of preserving last time by the relevant parameter of above-mentioned and previous contrary access way carry out preserving (step S57) as network settings parameter.Such as, use agent access method when the last time, direct-connected access way will be used so specifically.System adopts the corresponding network settings parameter of the access way contrary to this to network, and attempts connection assigned ip, and when interconnection network success (step S54: yes), system obtains network data (step S55) from this network.When system judges that the trial carrying out repeatedly interconnection network has reached certain number of times (step S56: yes), the data access point (APN:Access Point Name) of a system creation standard described in system, the parameter of the data access of this standard point is saved as described network settings parameter simultaneously, and carry out interconnection network trial (step S58) with the parameter of the data access of this standard point.When interconnection network success (step S59: yes), system is from this Network Capture network data.When interconnection network failure (step S59: no), the data access point of another standard that system creation one is different from the access way of the data access point of above-mentioned standard, the parameter of the data access of this another standard point is saved as described network settings parameter simultaneously, and carry out interconnection network trial (step S510) with the parameter of the access point of this another standard.When interconnection network success (step S511: yes), system is from this Network Capture network data (step S55).When interconnection network failure (step S511: no), carry out networked systems and provide the prompting that may cause network connection failure, the prompting that user can provide according to system, gets rid of after may affecting the factor of interconnection network and again carries out interconnection network (step S512).
This time disclosed execution mode can be thought and is illustration in all parts, not in any way limiting.Scope of the present invention not limit by the explanation of above-mentioned execution mode, only by shown in the scope of claims, and comprises and to have same looking like and all distortion in right with right.Such as, upgrade after SIM card or in use run into network cannot the situation of UNICOM, also network settings can be carried out by method of the present invention.
Claims (8)
1., based on an Internet cut-in method for the web application of mobile communication equipment terminals, comprise the following steps:
Detecting step, when web application interconnection network, system arranges mark by Sampling network, judges network settings state, and described network settings state comprises initial condition and ready state;
Network parameter setting steps, when according to the described network settings mark detected, described system judges that described network settings state is initial condition, described system carries out network configuration trial according to the rule of the algorithm preset and formulation, obtain network settings parameter, complete network parameter to arrange, preserve described network settings parameter simultaneously, and be ready state by described network settings state updating;
Networking step, when according to the described network settings mark detected, described system judges that described network settings state is described ready state, directly carries out interconnection network trial, obtains network data;
In described network parameter setting steps, described system judges mobile telecommunication service operator belonging to user according to user's international mobile subscriber identity, then according to the rule judgment priority access mode of systemic presupposition, and completes the setting of corresponding proxy port;
Described system is in described mobile communication equipment terminals.
2. internet access method according to claim 1, it is characterized in that: when in described networking step, interconnection network is failed, described system can reset network settings parameter described in described network parameter setting steps, and when resetting described network settings parameter, described system adopts and previous contrary access way.
3. internet access method according to claim 2, it is characterized in that: when in described networking step, interconnection network is failed, described system can reset described network parameter by no more than three employings with previous contrary access way method, and attempts interconnection network.
4. internet access method according to claim 3, it is characterized in that: when failed more than three interconnection networks in described networking step, described system provides the prompting that may cause network connection failure, and user networks after can may affecting the factor of networking according to described prompting eliminating again.
5. internet access method according to claim 3, is characterized in that: when failed more than three interconnection networks in described networking step, described system by the data access point of an establishment standard, and networks with the data access of described standard point.
6. internet access method according to claim 5, it is characterized in that: when carrying out interconnection network with the data access of described standard point and being still failed, access way contrary for data access point by described standard is created the access point of another standard by described system, and networks with the data access of another standard described point.
7. internet access method according to claim 6, it is characterized in that: when carrying out interconnection network with the data access of another standard described point and being still failed, described system provides the prompting that may cause network connection failure, and user networks after can may affecting the factor of networking according to described prompting eliminating again.
8., according to the arbitrary described internet access method of claim 2-7, it is characterized in that: described contrary access way refers to direct-connected access way or agent access method.
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| CN102378132B (en) * | 2011-10-09 | 2015-05-13 | 惠州Tcl移动通信有限公司 | Method and device for locating causes of unavailability of mobile terminal network |
| CN103595860B (en) * | 2013-10-19 | 2015-05-06 | 广东欧珀移动通信有限公司 | Mobile terminal wifi agent method and system convenient to switch |
| CN105101468A (en) * | 2015-07-14 | 2015-11-25 | 北京金山安全软件有限公司 | Network connection setting method and device and mobile terminal |
| CN105163289A (en) * | 2015-07-28 | 2015-12-16 | 小米科技有限责任公司 | Method and apparatus for prompting connection failure during access to wireless local area network (WLAN) |
| CN109963173B (en) * | 2017-12-26 | 2021-09-21 | 杭州萤石软件有限公司 | Video stream fetching method, system, computer device and machine readable storage medium |
| CN112953750B (en) * | 2019-12-11 | 2023-04-28 | 华为技术服务有限公司 | Network access method, device and storage medium |
| CN111542080B (en) * | 2020-06-05 | 2023-03-24 | 北京字节跳动网络技术有限公司 | Mobile network recovery method and device of terminal, terminal and storage medium |
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Effective date of registration: 20200528 Address after: 310051 room 508, floor 5, building 4, No. 699, Wangshang Road, Changhe street, Binjiang District, Hangzhou City, Zhejiang Province Patentee after: Alibaba (China) Co.,Ltd. Address before: 100080, Beijing, Suzhou Street, Haidian District No. 29 hospital, No. 18, building 16, Scandinavia Patentee before: UC MOBILE Ltd. |