CN103533588A - Method for switching current operation application in sub machine to host machine for operation, and mobile terminal for method - Google Patents
Method for switching current operation application in sub machine to host machine for operation, and mobile terminal for method Download PDFInfo
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Abstract
The invention is applicable to the technical field of communication, and provides a method for switching the current operation application in a sub machine to a host machine for operation, and a mobile terminal for the method. The method comprises the following steps of a detecting step: whether the electric quantity of the sub machine is lower than the preset electric quantity threshold value or not is detected; a switching step: after the condition that the electric quantity of the sub machine is lower than the preset electric quantity threshold value is detected, the current operation application in the sub machine is switched to the host machine for operation. Therefore, the method and the mobile terminal realize the effects that when the electric quantity of the sub machine is low, the application operating in the sub machine is switched to the host machine for operation, and the information loss can be effectively avoided.
Description
Technical field
The present invention relates to communication technical field, the application that relates in particular to the current operation of a kind of handset is switched to method and the mobile terminal thereof of main frame.
Background technology
Along with the development of intelligent mobile terminal, mobile terminal is hommization more and more, intellectuality, and diversification, has good user and experiences, thereby further meets user's demand.For large-screen mobile terminal, intelligent machine miscellaneous has converged market, has also received client's concern.
Blue tooth submachine is also the focus that enjoys client to pay close attention to, but also there are some drawbacks, when the electric weight of handset is too low, to shut down even at once, at this moment user does not also complete work or the task of oneself, handset has just been shut down, cause information dropout, to client, bring the loss there is no need, waste user's quality time.
In summary, obviously there is in actual use inconvenience and defect in the technology of the application of existing handset operation, so be necessary to be improved.
Summary of the invention
For above-mentioned defect, the object of the present invention is to provide the application of the current operation of a kind of handset to be switched to method and the mobile terminal thereof that main frame moves, to realize when handset electric weight is low, the application of handset operation is switched to main frame operation, can effectively avoid information dropout.
To achieve these goals, the application that the invention provides the current operation of a kind of handset is switched to the method for main frame operation, and described method comprises the steps:
Whether detecting step, detect the electric weight of handset lower than default power threshold;
Switch step, after the electric weight that described handset detected is lower than default power threshold, is switched to the application of the current operation of described handset on described main frame and moves.
According to described method, before described detecting step, comprise:
Monitoring step, the application of current operation in handset described in described host monitor, and on described main frame, start the application identical with the application of current operation in described handset.
According to described method, described switch step comprises:
After the electric weight that described handset detected is lower than default power threshold, described handset and described main frame carry out carrying out shake communication, to described main frame, send the application of current operation is switched to the request instruction moving on described main frame;
Described main frame is resolved described request instruction, and returns to response message to described handset;
Described handset is to the process content of the application of the current operation of the synchronous described handset of described main frame;
According to described process content, application identical described in described host computer control is according to the residing operating state of described process and the current progress operation of described process.
According to described method, before described main frame is resolved described request instruction, described main frame judges himself current operating state;
When himself current operating state of described main frame judgement is holding state, described request instruction will be resolved after described host wake-up;
When himself current operating state of described main frame judgement is run mode, described main frame is directly resolved described request instruction.
According to the method described in above-mentioned any one, in the application of the current operation of described handset, be switched on main frame after operation, it is consistent that the display interface of described main frame and being applied in of the current operation of described handset are switched on main frame before operation the interface of demonstration.
In order to realize another goal of the invention of the present invention, the present invention also provides a kind of mobile terminal, comprises main frame and handset, and described mobile terminal comprises:
Detection module, arranges described handset, for detection of the electric weight of described handset whether lower than default power threshold;
Handover module, is arranged at described handset and main frame, for electric weight that described handset detected at described detection module lower than default power threshold after, the application of the current operation of described handset is switched on described main frame and is moved.
According to described mobile terminal, described mobile terminal also comprises
Monitoring module, is arranged at described main frame, for monitoring the application of current operation in described handset, and on described main frame, starts the application identical with the application of current operation in described handset.
According to described mobile terminal, described handover module comprises:
Instruction sends submodule, be arranged at described handset, for the electric weight that described handset detected at described detection module lower than default power threshold after, when described handset and described main frame carry out carrying out shake communication, to described main frame, send the application of current operation is switched to the request instruction moving on described main frame.
Analyzing sub-module, is arranged at described main frame, for resolving described request instruction, and returns to response message to described handset;
Synchronous submodule, is arranged at described handset, for the process content of the application to the current operation of the synchronous described handset of described main frame;
Control submodule, be arranged at described main frame, for according to described process content, control described identical application according to the residing operating state of described process and the current progress operation of described process.
According to described mobile terminal, described handover module also comprises:
State judgement submodule, is arranged at described main frame, before resolving described request instruction at described main frame, judges the operating state that himself is current;
Wake submodule up, be arranged at described main frame, for when described state judgement submodule judges that the operating state of described main frame is holding state, by described host wake-up;
Described analyzing sub-module by after described host wake-up or when described state judgement submodule judges that the operating state of described main frame is run mode, is resolved described request instruction at the described submodule that wakes up.
According to the mobile terminal described in above-mentioned any one, in the application of the current operation of described handset, be switched on main frame after operation, it is consistent that the display interface of described main frame and being applied in of the current operation of described handset are switched on main frame before operation the interface of demonstration.
The electric weight of the present invention by detecting handset lower than default power threshold after, the application of the current operation of described handset is switched on main frame and is moved, can effectively avoid information dropout, saved user's quality time, greatly improved user's experience.Further, by the application of current operation in handset described in described host monitor, and the startup application identical with the application of current operation in described handset on described main frame, can be fast and accurately after the electric weight that detects handset is lower than default power threshold, the application of the current operation of described handset is switched on main frame and is moved.Preferably, the application that adopts bluetooth automatic synchronization mechanism to realize handset operation in embodiments of the invention is switched to main frame, its operating process intelligence, quick and easy.
Accompanying drawing explanation
Fig. 1 is the structural representation of the mobile terminal that provides of first embodiment of the invention;
Fig. 2 be the present invention second and third, the structural representation of the mobile terminal that provides of four embodiment;
Fig. 3 is the method flow diagram that the application of the current operation of handset that provides of fifth embodiment of the invention is switched to main frame operation;
Fig. 4 is the mobile terminal structure schematic diagram that one embodiment of the invention provides;
Fig. 5 is the method flow diagram that the application of the current operation of handset that provides of one embodiment of the invention is switched to main frame operation;
Fig. 6 is the workflow diagram of the automatic detection electricity quantity module in the mobile terminal that provides of one embodiment of the present of invention;
Fig. 7 is the workflow diagram of the communication handshake module in the mobile terminal that provides of one embodiment of the present of invention;
Fig. 8 is the workflow diagram of the program handover module in the mobile terminal that provides of one embodiment of the present of invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Referring to Fig. 1, mobile terminal 100 is provided in the first embodiment of the present invention, comprise main frame 1 and handset 2, mobile terminal 100 comprises:
In this embodiment, by detection module 10, detect the electric weight of handset 2, at the electric weight of handset 2 during lower than default threshold value, illustrate that the remaining electric weight of this handset 2 is difficult to maintain the work electricity consumption of the handset 2 of long period, handover module 20 is switched to operation on main frame 1 by the application of handset 2 current operations.Thus, prevented that handset 2 is because electric weight is not enough, be difficult to normal operation application and cause the situation that user profile is lost to occur.And the application of handset 2 current operations is switched on main frame 1 after operation, it is consistent that the display interface of main frame 1 and being applied in of handset 2 current operations are switched on main frame 1 before operation the interface of demonstration.Thus, make user easy to operate in the process of using mobile terminal 100, promoted user's experience.
Referring to Fig. 2, in the second embodiment of the present invention, mobile terminal 100 also comprises:
In this embodiment, the operation that monitoring module 30 will monitoring handset 2, and on main frame 1 by identical application start, the application after this startups can run on backstage or the foreground of main frame 1, so that the application in handset 2 is switched on main frame 1, moves.
Referring to Fig. 2, in the third embodiment of the present invention, handover module 20 comprises:
Instruction sends submodule 21, be arranged at handset 2, for the electric weight that handset 2 detected at detection module 10 lower than default power threshold after, when handset 2 is carried out carrying out shake communication with main frame 1, to main frame 1, send the request instruction that the application of current operation is switched to operation on main frame 1;
Analyzing sub-module 22, is arranged at main frame 1, for resolving described request instruction, and returns to response message to handset 2;
In this embodiment, instruction send electric weight that submodule 21 detects handsets 2 at detection module 10 whether lower than default power threshold after, request and main frame 1 are carried out to carrying out shake communication, then when handset 2 and main frame 1 carry out carrying out shake communication, to main frame 1, send the request instruction that the application of current operation is switched to operation on main frame 1.Analyzing sub-module 22 will be resolved described request instruction, obtain the solicited message that handset 2 need to be switched to the application of its current operation operation on main frame 1, when the configuration of adjusting at main frame 1 is applicable to the application operation of described current operation, to handset 2, return to response message, prompting handset 2 main frames 1 can receive the information of relevant application operation.Synchronous 23 process contents to the application of main frame 1 synchronous handset 2 current operations of submodule; The residing operating state of process that this process content comprises this application and the current progress of described process.Finally, control application identical on submodule 24 main control systems 1 according to the residing operating state of described process and the current progress operation of described process, realized thus the application operating in handset 2 is switched to operation on main frame 1.
Referring to Fig. 2, in the fourth embodiment of the present invention, handover module 20 also comprises:
Analyzing sub-module 22, after waking submodule 26 up main frame 1 is waken up or when the operating state of state judgement submodule 25 judgement main frames 1 is run mode, is resolved described request instruction.
In this embodiment, main frame 1, conventionally can be in holding state or running status when receiving the handover request of handset 2.25 of state judgement submodules, before main frame 1 is resolved described request instruction, judge the operating state that himself is current; When the current operating state of state judgement submodule 25 judgement main frame 1 is holding state, wakes submodule 26 up main frame 1 is waken up; And analyzing sub-module 22 is after main frame 1 wakes up, or state judges that submodule 25 judges when the operating state of main frames 1 is run mode, resolves described request instruction.Preferably, handset 2 includes bluetooth module with main frame 1, bluetooth communication between the two, and above-mentioned much information and instruction all transmit by bluetooth communication mode.Certainly, can be also other communication, as communications such as 3G communication mode, 4G communication mode or infrared rays.
In above-mentioned a plurality of embodiment, mobile terminal 100 can be mobile phone, PDA(Personal Digital Assistant, personal digital assistant), panel computer etc., main frame 1 and handset 2 can be all multiple mobile terminal 100, comprise mobile phone, PDA, panel computer etc.In addition, main frame 1 can also be the fixed terminals such as desktop computer.And handset 2 can be peripheral wearable device, as intelligent watch etc.And a plurality of modules of mobile terminal 100 can be the software units that is built in mobile terminal 100, hardware cell or software and hardware combining unit.
Referring to Fig. 3, in the fifth embodiment of the present invention, provide the application of the current operation of a kind of handset to be switched to the method that main frame moves, described method comprises the steps:
In step S301, whether detect the electric weight of handset 2 lower than default power threshold; This step is detecting step, by detection module 10, is realized;
In step S302, after the electric weight that handset 2 detected is lower than default power threshold, the application of handset 2 current operations is switched to operation on main frame 1; This step is switch step, by handover module 20, is realized.
In this embodiment, due at handset 2 electric weight when too low, the function of moving is not preserved timely, likely causes the loss of important information, has wasted client's time simultaneously yet.For this problem, this embodiment is by automatically switching to main frame 1 by the function of 2 operations of handset in low electric weight situation, the program of moving is automatically switched on main frame 1, and the interface of handset 2 operations is shown on the screen of main frame 1, offer user's operation, can effectively avoid the loss of important information, save user's quality time, greatly improve user's experience.Described default power threshold can need to arrange according to user, charge value of 5% or 2% such as can think handset 2 Full Charge Capacity time etc.
In the sixth embodiment of the present invention, before described step S301, comprise:
Monitoring step, the application of current operation in the described handset 2 of main frame 1 monitoring, and on main frame 1, start the application identical with the application of current operation in handset 2; This step is realized by monitoring module 30.
In this embodiment, before detecting step, the application of current operation in main frame 1 monitoring handset 2, and on main frame 1, start the application identical with the application of current operation in handset 2.Therefore, main frame 1 can be consistent with the application of handset 2 operation, make detection module 10 detect handset 2 electric weight lower than default power threshold after, can be fast will handset 2 current operations application switch operation on road main frame 1.In addition, this monitoring step can also be carried out after described detecting step.As the electric weight handset 2 being detected lower than default power threshold after, main frame 1 is just monitored the application of current operation in monitoring handset 2, and on main frame 1, start the application identical with the application of current operation in handset 2, finally the application of handset 2 current operations is switched to operation on main frame 1.Due to, described monitoring step is just to carry out after the electric weight that handset 2 detected is lower than default power threshold, therefore, can know accurately which application identical with the application of handset 2 current operations main frame 1 need to start, and can not start other application that handset 2 is not being moved when switching.Thus.Save the electric energy of main frame 1, also alleviated the work load of main frame 1 simultaneously.
In the seventh embodiment of the present invention, described step S302 comprises:
After the electric weight that handset 2 detected is lower than default power threshold, handset 2 is carried out carrying out shake communication with main frame 1, to main frame 1, sends the request instruction that the application of current operation is switched to operation on main frame 1; This step sends submodule 21 by instruction and realizes;
According to the process content of described application, main frame 1 is controlled described identical application according to the residing operating state of described process and the current progress operation of described process, and this step realizes by controlling submodule 24.
Preferably, before main frame 1 is resolved described request instruction, main frame 1 judges himself current operating state; This step is realized by state judgement submodule 25;
When himself current operating state of main frame 1 judgement is holding state, wake main frame 1 instruction of up rear parsing described request; This step realizes by waking submodule 26 up;
When himself current operating state of main frame 1 judgement is run mode, main frame 1 is directly resolved described request instruction; This step is by analyzing sub-module 22.
Referring to Fig. 4, a kind of mobile terminal 100 is provided in one embodiment of the invention, having comprised:
Automatically detect electricity quantity module 101, be arranged at handset 2, for automatically detecting the electric weight of handset 2;
Automatically display module 104, is arranged at main frame 1, for the Application Program Interface that shows that handset 2 transmits
In this embodiment, when handset 2 has program moving, 101 of automatic detection electricity quantity modules in handset 2 can be real-time detection battery electric quantity, when electric weight is less than certain power threshold T, automatically start and trigger with main frame 1 communications command, the communication handshake module 102 of handset 2 is carried out handshake communication with the communication handshake module 102 of main frame 1, and handset 2 is waited for the response command of main frame 1.When main frame 1 is accepted applications, the current operating state of judgement main frame 1, comprises two kinds of operating states; A holding state, a kind of is running status.When main frame 1 is during in holding state, main frame 1 receives the application of handset 2, wake-up master 1 system automatically, and main frame 1 system is resolved the order of handset 2 applications automatically; When main frame 1 is during in running status, main frame 1 system is directly resolved handset 2 application orders.Main frame 1 parses the order that handset 2 sends, the program of handset 2 operation need to be switched to main frame 1, main frame 1 settings of be correlated with, the handover information of preparation reception handset 2, send to handset 2 to notify its main frame 1 to be ready to receive relevant information, the information that can transmit is to main frame 1 simultaneously.Handset 2 receives after the response command that main frame 1 sends over, and program handover module 103 utilizes the mode of source synchronous fast the program automatic synchronization moving to be gone to main frame 1 by bluetooth.Automatically display module 104 is at main frame 1 during in holding state, and waken system shows work at present interface automatically; When main frame 1 is during in running status, just directly show the Application Program Interface that handset 2 sends, for client's operation, continued the work or the task that in handset 2, do not complete.
Referring to Fig. 5, in one embodiment of the invention, provide the application of the current operation of a kind of handset to be switched to the method that main frame moves, described method comprises:
In step S501, automatically detect blue tooth submachine 2 electric weight;
In step S502, during low electric weight, handset 2 is with main frame 1 handshake communication;
In step S503, the program of handset 2 current operations is automatically switched to main frame 1;
In step S504, main frame 1 is waken up automatically, shows with the same interface of handset 2 and operates for client.
In this embodiment, system detects the electric weight of blue tooth submachine 2 automatically, and when electric weight arrives certain threshold value, blue tooth submachine 2 triggers main frame 1 communication interaction, makes main frame 1 standby.Main frame 1 is accepted to be passed losing one's life while making, and blue tooth submachine 2 starts synchronous update strategy automatically, the process content that blue tooth submachine 2 is being worked, and automatic synchronization, to realizing in the region setting, writes in correspondence memory address simultaneously.According to the pattern of blue tooth submachine 2, be automatically shown on main frame 1 screen, pattern is similar to blue tooth submachine 2.By bluetooth, transmit corresponding while carrying out process content, automatically before record transmission in handset 2 the residing operating state of process and current progress, also can carry out from current operating state and current progress after being synchronized to main frame 1.And in a plurality of embodiment of the present invention, synchronization mechanism signals amount can be set, this semaphore is mainly the residing progress of record the process, so that the job schedule before blue tooth submachine 2 shutdown is consistent with the progress that is synchronized to main frame 1.
Referring to Fig. 6, in one embodiment of the invention, provide the workflow of automatic detection electricity quantity module, be described below:
In step S601, handset 2 has function program in operation;
In step S602, handset 2 detects battery electric quantity in real time;
In step S603, judge whether current electric quantity V is less than threshold value T; To perform step S604, otherwise execution step S602;
In step S604, handset 2 triggers the communications command with main frame 1;
In step S605, handset 2 waits for that main frame 1 returns to response command.
Referring to Fig. 7, in one embodiment of the invention, provide the workflow of communication handshake module, be described below:
In step S701, main frame 1 receives the application order of handset 2 by bluetooth;
In step S702, the current running status of main frame 1 automatic decision;
In step S703, whether main frame 1 judges current is holding state, is to perform step S704, otherwise execution step S705;
In step S704, wake-up master 1 system;
In step S705, main frame 1 is in running status;
In step S706, main frame 1 system is resolved the order application that handset 2 sends automatically;
In step S707, identify the intention of handset 2;
In step S708, main frame 2 carries out relevant configuration and prepares to receive the relevant information that handset 2 transmits;
In step S709, send to handset 2 to take orders.
Referring to Fig. 8, in one embodiment of the invention, provide the workflow of program handover module, be described below:
In step S801, the response command that handset 2 Receiving Hosts 1 send;
In step S802, handset 2 is utilized the synchronous method of upgrading;
In step S803, handset 2 transmits application information with main frame 1 fast by bluetooth.
In an embodiment of the present invention, for the information interaction between blue tooth submachine 2 and main frame 1, automatically detect the electric weight of blue tooth submachine 2, when electric weight arrives the threshold value of a certain setting, method by Bluetooth transmission starts synchronous update strategy automatically, the content information that current handset 2 is shown is synchronized in the region that main frame 1 sets in advance in the lump, application that can be identical for the application with operation in handset 2 in the described region setting in advance.On main frame 1 screen showing after the same method.
In sum, the electric weight of the present invention by detecting handset lower than default power threshold after, the application of the current operation of described handset is switched on main frame and is moved, can effectively avoid information dropout, save user's quality time, greatly improved user's experience.Further, by the application of current operation in handset described in described host monitor, and the startup application identical with the application of current operation in described handset on described main frame, can be fast and accurately after the electric weight that detects handset is lower than default power threshold, the application of the current operation of described handset is switched on main frame and is moved.Preferably, the application that adopts bluetooth automatic synchronization mechanism to realize handset operation in embodiments of the invention is switched to main frame, its operating process intelligence, quick and easy.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. the application of the current operation of handset is switched to a method for main frame operation, it is characterized in that, described method comprises the steps:
Whether detecting step, detect the electric weight of handset lower than default power threshold;
Switch step, after the electric weight that described handset detected is lower than default power threshold, is switched to the application of the current operation of described handset on described main frame and moves.
2. method according to claim 1, is characterized in that, before described detecting step, comprises:
Monitoring step, the application of current operation in handset described in described host monitor, and on described main frame, start the application identical with the application of current operation in described handset.
3. method according to claim 2, is characterized in that, described switch step comprises:
After the electric weight that described handset detected is lower than default power threshold, described handset and described main frame carry out carrying out shake communication, to described main frame, send the application of current operation is switched to the request instruction moving on described main frame;
Described main frame is resolved described request instruction, and returns to response message to described handset;
Described handset is to the process content of the application of the current operation of the synchronous described handset of described main frame;
According to described process content, application identical described in described host computer control is according to the residing operating state of described process and the current progress operation of described process.
4. method according to claim 3, is characterized in that, before described main frame is resolved described request instruction, described main frame judges himself current operating state;
When himself current operating state of described main frame judgement is holding state, described request instruction will be resolved after described host wake-up;
When himself current operating state of described main frame judgement is run mode, described main frame is directly resolved described request instruction.
5. according to the method described in claim 1～4 any one, it is characterized in that, in the application of the current operation of described handset, be switched on main frame after operation, it is consistent that the display interface of described main frame and being applied in of the current operation of described handset are switched on main frame before operation the interface of demonstration.
6. a mobile terminal, comprises main frame and handset, it is characterized in that, described mobile terminal comprises:
Detection module, arranges described handset, for detection of the electric weight of described handset whether lower than default power threshold;
Handover module, is arranged at described handset and main frame, for electric weight that described handset detected at described detection module lower than default power threshold after, the application of the current operation of described handset is switched on described main frame and is moved.
7. mobile terminal according to claim 6, is characterized in that, described mobile terminal also comprises
Monitoring module, is arranged at described main frame, for monitoring the application of current operation in described handset, and on described main frame, starts the application identical with the application of current operation in described handset.
8. mobile terminal according to claim 7, is characterized in that, described handover module comprises:
Instruction sends submodule, be arranged at described handset, for the electric weight that described handset detected at described detection module lower than default power threshold after, when described handset and described main frame carry out carrying out shake communication, to described main frame, send the application of current operation is switched to the request instruction moving on described main frame;
Analyzing sub-module, is arranged at described main frame, for resolving described request instruction, and returns to response message to described handset;
Synchronous submodule, is arranged at described handset, for the process content of the application to the current operation of the synchronous described handset of described main frame;
Control submodule, be arranged at described main frame, for according to described process content, control described identical application according to the residing operating state of described process and the current progress operation of described process.
9. mobile terminal according to claim 8, is characterized in that, described handover module also comprises:
State judgement submodule, is arranged at described main frame, before resolving described request instruction at described main frame, judges the operating state that himself is current;
Wake submodule up, be arranged at described main frame, for when described state judgement submodule judges that the operating state of described main frame is holding state, by described host wake-up;
Described analyzing sub-module by after described host wake-up or when described state judgement submodule judges that the operating state of described main frame is run mode, is resolved described request instruction at the described submodule that wakes up.
10. according to the mobile terminal described in claim 6～9 any one, it is characterized in that, in the application of the current operation of described handset, be switched on main frame after operation, it is consistent that the display interface of described main frame and being applied in of the current operation of described handset are switched on main frame before operation the interface of demonstration.
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| CN104572193A (en) * | 2014-12-29 | 2015-04-29 | 联想(北京)有限公司 | Control method among multiple apparatuses and electronic apparatus thereof |
| CN105577933A (en) * | 2015-12-31 | 2016-05-11 | 宇龙计算机通信科技(深圳)有限公司 | Mobile terminal control method, mobile terminal and system |
| CN105630480A (en) * | 2015-04-24 | 2016-06-01 | 宇龙计算机通信科技(深圳)有限公司 | Operation method of terminal, operation device of terminal, and terminal |
| CN107819796A (en) * | 2016-09-13 | 2018-03-20 | 中兴通讯股份有限公司 | The method, apparatus and terminal of synchronous terminal real-time status |
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| CN101800575A (en) * | 2009-11-19 | 2010-08-11 | 中南大学 | Method and device for reducing document transmission energy consumption of bluetooth equipment |
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