CN106792113B - Method and device for prompting conflict of recording time and smart television - Google Patents
Method and device for prompting conflict of recording time and smart television Download PDFInfo
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- CN106792113B CN106792113B CN201611127287.XA CN201611127287A CN106792113B CN 106792113 B CN106792113 B CN 106792113B CN 201611127287 A CN201611127287 A CN 201611127287A CN 106792113 B CN106792113 B CN 106792113B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/47—End-user applications
- H04N21/472—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content
- H04N21/47214—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content for content reservation or setting reminders; for requesting event notification, e.g. of sport results or stock market
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/433—Content storage operation, e.g. storage operation in response to a pause request, caching operations
- H04N21/4334—Recording operations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/443—OS processes, e.g. booting an STB, implementing a Java virtual machine in an STB or power management in an STB
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Abstract
The invention discloses a prompting method and a device for conflict of recording time and an intelligent television, wherein the prompting method comprises the steps of firstly starting a foreground service thread according to monitored program reservation information, storing the program reservation information into a memory, then judging whether an identifier in the memory is a single channel or not, judging the program reservation information of the single channel if the identifier is the single channel, giving a prompt for whether the recording time conflicts or not, judging the tuning type of the two channels or the multiple channels if the identifier is the single channel, finally acquiring the program reservation information with the longest reservation time of the conflict of the recording time under the same tuning protocol based on the conflict of the tuning protocols of the two channels or the multiple channels, displaying the program reservation information on a prompting interface, solving the problem of repeated recording caused by the conflict of the recording time of the intelligent television, saving the memory resource of the intelligent television, reducing the repeatability of system operation and further reducing the CPU loss, the service life of the device is prolonged.
Description
Technical Field
The invention relates to the technical field of intelligent televisions, in particular to a method and a device for prompting conflict of recording time and an intelligent television.
Background
The functions of the intelligent television are more and more diversified, the live television is more and more wonderful, and the user can record programs at different times in a reserved mode to customize television programs. However, different family members may reserve the same television program or different television programs in a certain time period, and when the same television program is reserved, the memory resource of the smart television is wasted due to repeated recording, and when different programs are reserved, the recording time conflicts due to the limitation of the number of channels and the broadcasting time of the program.
Disclosure of Invention
The invention mainly aims to provide a method for prompting conflict of recording time, and aims to solve the problem of repeated recording caused by the conflict of the recording time of an intelligent television.
In order to achieve the above object, the present invention provides a method for prompting conflict between recording times, which comprises the following steps:
starting a foreground service thread according to the monitored program reservation information, and storing the program reservation information to a memory;
judging whether the mark in the memory is a single channel, if so, judging program reservation information of the single channel, giving a prompt of whether the recording time conflicts, and if not, judging the tuning type of the double channel or the multi channel;
and acquiring program reservation information with the longest reservation duration in conflict with the recording time under the same tuning protocol, and displaying the program reservation information on a prompt interface.
Further, the program reservation information includes a program name, a program time, a play time length, and a tuning type.
Further, the step of starting a foreground service thread according to the monitored program reservation information and saving the program reservation information to a memory specifically includes:
according to the detected program reservation information of the first channel, starting a foreground service first thread, acquiring first program reservation information, and storing the first program reservation information to a first memory;
and starting a foreground service second thread according to the detected program reservation information of the second channel, acquiring second program reservation information, and storing the second program reservation information to a second memory.
Further, the step of determining whether the identifier in the memory is a single channel, and if not, determining the tuning type of the dual channel specifically includes:
acquiring tuner types of a first memory and a second memory, and respectively storing the tuner types to a third memory and a fourth memory;
judging whether the tuning protocols of the first channel and the second channel are the same or not according to the digital protocol set by the tuner, if so, setting an identifier A, and if not, setting an identifier B, and storing the identifiers in a fifth memory;
and acquiring an identifier A in a fifth memory, judging whether time nodes of the first program reservation information and the second program reservation information are crossed, if so, judging that the recording time is in conflict, otherwise, judging that the recording time is not in conflict, and storing the first program reservation information and the second program reservation information to a sixth memory.
Further, the obtaining of the identifier a in the fifth storage, determining whether time nodes of the first program scheduling information and the second program scheduling information intersect, if yes, determining that recording times conflict, if no, determining that recording times do not conflict, and after the step of storing the first program scheduling information and the second program scheduling information in the sixth storage, further includes:
and acquiring the identifier B in a fifth memory, and storing the first program reservation information and the second program reservation information to a seventh memory.
Further, the step of obtaining the program reservation information with the longest reservation duration for which the recording times conflict with each other under the same tuning protocol and displaying the program reservation information on a prompt interface specifically includes:
acquiring program time and playing duration of the first program reservation information and the second program reservation information in the sixth storage;
and the reservation information with the longest reservation time length is preferentially displayed on the home page of the prompt interface.
Further, the step of judging whether the identifier in the memory is a single channel, if so, judging program reservation information of the single channel, and giving a prompt of whether recording time conflicts or not specifically includes:
and acquiring the program time and the playing time length in the program reservation information, judging whether a time conflict exists, if so, displaying the reservation information with the longest reservation time length on a home page of a prompt interface, and if not, not prompting.
Another object of the present invention is to provide a recording time conflict prompting apparatus, including:
the reserved program control module starts a foreground service thread according to the monitored program reservation information and stores the program reservation information to a memory;
the channel judging module is used for judging whether the identifier in the memory is a single channel or not, if so, judging program reservation information of the single channel and giving a prompt of whether the recording time conflicts or not, and if not, judging the tuning type of the double channel or the multi channel;
and the conflict prompting module is used for acquiring the program reservation information with the longest reservation time length of the conflict of the recording time under the same tuning protocol and displaying the program reservation information on a prompting interface.
Further, the program reservation information includes a program name, a program time, a play time length, and a tuning type.
Further, the reserved program control module includes:
the first control unit starts a foreground service first thread according to the detected program reservation information of the first channel, acquires first program reservation information and stores the first program reservation information in a first memory;
and the second control unit starts a foreground service second thread according to the detected program reservation information of the second channel, acquires the second program reservation information and stores the second program reservation information in a second memory.
Further, the channel determination module includes:
the tuner type acquisition unit is used for acquiring the tuner types of the first memory and the second memory and respectively storing the tuner types to the third memory and the fourth memory;
a channel protocol judging unit, which judges whether the tuning protocols of the first channel and the second channel are the same according to the digital protocol set by the tuner, if so, sets an identifier A, and if not, sets an identifier B, and stores the identifiers in a fifth memory;
the time conflict judging unit is used for acquiring the identifier A in the fifth storage, judging whether time nodes of the first program reservation information and the second program reservation information are crossed or not, judging that the recording time conflicts if the time nodes of the first program reservation information and the second program reservation information are crossed, judging that the recording time does not conflict if the time nodes of the first program reservation information and the second program reservation information are not crossed, and storing the first program reservation information and the second program reservation information into a sixth storage;
further, the channel determination module further includes:
and the storage unit acquires the identifier B in the fifth memory and stores the first program reservation information and the second program reservation information into a seventh memory.
Further, the conflict prompting module comprises:
a reserved time acquiring unit for acquiring the program time and the playing time of the first program reserved information and the second program reserved information in the sixth storage;
and the prompt display unit is used for setting the reservation information with the longest reservation duration to be preferentially displayed on the home page of the prompt interface.
Further, the channel determination module further includes:
and the single-channel conflict prompting unit acquires the program time and the playing time length in the program reservation information, judges whether time conflict exists or not, displays the reservation information with the longest reservation time length on a home page of a prompting interface if the time conflict exists, and does not prompt if the time conflict does not exist.
The invention also provides an intelligent television which comprises the prompting device for the conflict of the recording time.
The method for prompting conflict of recording time comprises the steps of firstly starting a foreground service thread according to monitored program reservation information, storing the program reservation information to a storage, then judging whether an identifier in the storage is a single channel, if so, judging the program reservation information of the single channel, giving a prompt of whether the recording time conflicts, if not, judging the tuning type of the double channel or the multi channel, and finally, acquiring the program reservation information with the longest reservation time of the conflict of the recording time under the same tuning protocol based on the conflict of the double channel or the multi channel tuning protocol, displaying the program reservation information on a prompt interface, solving the problem of repeated recording caused by the conflict of the recording time of the intelligent television, saving the memory resource of the intelligent television, reducing the repeatability of system operation, further reducing the CPU loss and prolonging the service life of the intelligent television.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the structures shown in the drawings without creative efforts.
FIG. 1 is a flowchart illustrating a method for prompting recording time conflicts according to an embodiment of the present invention;
FIG. 2 is a detailed flowchart of step S10 in FIG. 1;
FIG. 3 is a detailed flowchart of step S22 in FIG. 1;
FIG. 4 is a detailed flowchart of step S30 in FIG. 1;
FIG. 5 is a functional block diagram of an embodiment of a recording time conflict prompting device according to the present invention;
fig. 6 is a schematic structural diagram of the channel determination module in fig. 5.
The reference numbers illustrate:
| reference numerals | Name (R) | Reference numerals | Name (R) |
| 100 | Recording time |
23 | Time |
| 10 | Program |
24 | Memory cell |
| 11 | A |
25 | Single-channel |
| 12 | |
30 | |
| 20 | |
31 | Reservation time |
| 21 | Tuner |
32 | |
| 22 | Channel protocol judging unit |
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention provides a method for prompting conflict of recording time.
Referring to fig. 1, fig. 1 is a flowchart of an embodiment of a method for prompting recording time conflicts according to the present invention.
In this embodiment, the method for prompting a conflict between recording times includes the following steps:
s10: starting a foreground service thread according to the monitored program reservation information, and storing the program reservation information to a memory;
s20: judging whether the mark in the memory is a single channel, if so, executing step S21, otherwise, executing step S22;
s21: judging program reservation information of a single channel and giving a prompt whether recording time conflicts or not;
s22: judging the tuning type of the double channels or the multiple channels;
s30: and acquiring program reservation information with the longest reservation duration in conflict with the recording time under the same tuning protocol, and displaying the program reservation information on a prompt interface.
In this embodiment, the method for prompting conflict between recording times is mainly applied to a smart television receiving digital signals, the smart television can reserve a corresponding television program for rebroadcasting through a browsing item, and each browsing item can be divided into an once mode, a date mode and a weekday mode according to the difference between the start time and the end time; the duration of each ringing is determined by the appointed starting time and ending time, the minimum duration is 1 minute, but the poweroff mode starts and ends, and the maximum duration of the once mode is not limited theoretically, and can span days or not; the maximum duration of the day mode is 24 hours, typically not across days; the maximum duration of the weekday mode is 24 × 7 hours, typically without a cycle crossing.
When the TV system monitors that the item is added in the browsing, the program reservation information in the channel is automatically acquired, it is possible that a single channel has two or more pieces of reservation information at the same time, or the reservation information is detected in two or more channels respectively, after the TV system acquires the program reservation information in the channel, starting a foreground service thread, storing the program reservation information into a memory, if the program reservation information is acquired from two or more channels, the program reservation information is respectively stored in corresponding memories, the program reservation information includes program name, program time, playing time length and tuning type, the program reservation book at this time may be an once mode, a day mode or a weekday mode, if CH _ Time is increased { news 2016102419: 0030: 00 "DVBC" }, the Add item is a once mode, which is saved to memory for subsequent application processing.
After the TV system stores the program reservation information in the memory, it needs to determine whether the identifier in the memory is a single channel, if so, that is, the program reservation information is only stored in a single memory, then a prompt is directly given to whether a conflict exists according to the program time and the playing time length in the program reservation information, and if not, that is, the program reservation information is stored in two or more memories, at this time, it needs to further determine the tuning type of the program reservation information stored in the two or more memories.
Because the starting time and the ending time of the viewing item in the double-TUNER or multi-TUNER mode can be crossed once when the intelligent television is in the double-TUNER or multi-TUNER mode, namely when a user reserves program information of two or more different tuning protocols in the same time period, conflict does not occur at the time, the problem of time conflict in the same tuning protocol mode only needs to be considered, and when the cross conflict between the program time and the playing time of the two or more viewing items is determined, the TV system can acquire the program reservation information with the longest reservation time length and the conflict between the reserved recording time and the reserved television time in the same tuning protocol, and display the program reservation information on a prompt interface so that the user can see the prompt of the reservation conflict at any time when watching a television program or a reserved television program.
The method for prompting conflict of recording time comprises the steps of firstly starting a foreground service thread according to monitored program reservation information, storing the program reservation information to a storage, then judging whether an identifier in the storage is a single channel, if so, judging the program reservation information of the single channel, giving a prompt of whether the recording time conflicts, if not, judging the tuning type of the double channel or the multi channel, and finally, acquiring the program reservation information with the longest reservation time of the conflict of the recording time under the same tuning protocol based on the conflict of the double channel or the multi channel tuning protocol, displaying the program reservation information on a prompt interface, solving the problem of repeated recording caused by the conflict of the recording time of the intelligent television, saving the memory resource of the intelligent television, reducing the repeatability of system operation, further reducing the CPU loss and prolonging the service life of the intelligent television.
Further, referring to fig. 2, based on the method for prompting a conflict between recording times in the foregoing embodiment, step S10 specifically includes:
s11: according to the detected program reservation information of the first channel, starting a foreground service first thread, acquiring first program reservation information, and storing the first program reservation information to a first memory;
s12: and starting a foreground service second thread according to the detected program reservation information of the second channel, acquiring second program reservation information, and storing the second program reservation information to a second memory.
In this embodiment, the message for reserving a program monitored by the TV system is mainly program reservation information obtained by detecting a television program channel, and in this embodiment, the TV system is configured to have two channels, the TV system starts a foreground service first thread according to the detected program reservation information of the first channel, obtains the first program reservation information, stores the first program reservation information in a first memory, such as CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 }, starts a foreground service second thread according to the detected program reservation information of the second channel, obtains the second program reservation information, stores the second program reservation information in a second memory, such as CH2_ Time (x1) { "DVBC": 2015112419: 00-20:00 }, and in other embodiments, the TV system may further start a foreground service third thread according to the detected program reservation information of the third channel, and acquiring third program reservation information, storing the third program reservation information into a third memory, and saving the first program reservation information and the second program reservation information into the first memory and the second memory respectively to save the reference Time and the path during subsequent computing processing, wherein the CH3_ Time (x1) { "DVBC": 2015112419: 00-19:30 }.
Further, referring to fig. 3, based on the method for prompting a conflict between recording times in the foregoing embodiment, step S22 specifically includes:
s221: acquiring tuner types of a first memory and a second memory, and respectively storing the tuner types to a third memory and a fourth memory;
s222: judging whether the tuning protocols of the first channel and the second channel are the same or not according to the digital protocol set by the tuner, if so, setting an identifier A, and if not, setting an identifier B, and storing the identifiers in a fifth memory;
s223: acquiring an identifier A in a fifth memory, judging whether time nodes of first program reservation information and second program reservation information are crossed, if so, judging that recording time conflicts, otherwise, judging that the recording time does not conflict, and storing the first program reservation information and the second program reservation information to a sixth memory;
s224: and acquiring the identifier B in a fifth memory, and storing the first program reservation information and the second program reservation information to a seventh memory.
In this embodiment, two program channels of the TV system are set, that is, the reserved program information acquired by the TV system is respectively stored in the first memory and the second memory, so when determining the tuning type of the two-channel or multi-channel, only the types of the tuners of the first memory and the second memory need to be acquired, and are respectively stored in the third memory and the fourth memory, so as to save the invoking time and invoking path during subsequent computing processing, each tuner corresponds to an array protocol, after acquiring the tuner types of the first memory and the second memory, the TV system further determines whether the tuning protocol corresponding to the first channel and the tuning protocol corresponding to the second channel are the same according to the digital protocols corresponding to the tuners stored in the third memory and the fourth memory, if the tuning protocol corresponding to the first channel is the DVBC, the tuning protocol of the second channel is also the DVBC, setting an identifier A and storing the identifier A in a fifth memory, and if the tuning protocol of the first channel is DVBC and the tuning protocol of the second channel is DVFM, setting an identifier B and storing the identifier B in the fifth memory.
Because the starting time and the ending time of the book item can be crossed once when the tuning protocol of the first channel is different from the tuning protocol of the second channel, namely, even if the time points of the first program reservation information and the second program reservation information are the same, the scheduled recording time is not determined to have conflict, only considering that the starting time and the ending time of the book item are crossed under the same condition of the tuning protocol of the first channel and the tuning protocol of the second channel. That is, the TV system first obtains the identifier a in the fifth memory, determines whether there is a cross between the Time nodes of the first program schedule information and the second program schedule information, if there is a cross, such as CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 "}, CH2_ Time (x1) {" DVBC ": 2015112419: 00-20: 00" }, the tuning protocols of both times are the same, the scheduled recording times are 18:00-20:00 one, and 19:00-20:00 one, and there is a cross, it is determined that the recording times collide, if there is no cross, such as CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 "}, and CH4_ 1) {" DVBC ": 2015112409: 00-10: 00" }, the tuning protocols of both times are the same, but the scheduled recording times are 18:00-20:00, one is 09:00-10:00, and the two do not have intersection, so that the recording time is judged not to conflict, and the first program reservation information and the second program reservation information are stored in a sixth memory, so as to save the invoking time and the path of the subsequent calculation processing. When the first program reservation information is CH1_ Time (x1) { "DVBC": "2015112418: 00-20: 00" } and the second program reservation information is CH3_ Time (x1) { "DVBC": 2015112419: 00-19:30 "}, since the tuning protocols of the two are different, the recording Time conflict is not determined to exist even if Time cross exists, and therefore, it is not necessary to perform subsequent processing on the identifier B in the fifth memory, and only the first program reservation information and the second program reservation information represented by the identifier B need to be stored in the seventh recording memory, so as to be different from the first program reservation information and the second program reservation information stored in the sixth memory, which have Time conflict.
Further, referring to fig. 4, based on the method for prompting a conflict between recording times in the foregoing embodiment, step S30 specifically includes:
s31: acquiring program time and playing duration of the first program reservation information and the second program reservation information in the sixth storage;
s32: and the reservation information with the longest reservation time length is preferentially displayed on the home page of the prompt interface.
In this embodiment, when it is determined that there is a Time conflict between the first program reservation information and the second program reservation information, the program Time and the playing Time length of the first program reservation information and the second program reservation information in the sixth memory are obtained, for example, the program Time of the first program reservation information represented by CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 } is 18:00, the program Time length is 2 hours, the program Time length of the second program reservation information represented by CH2_ Time (x1) { "DVBC": 2015112418: 00-19:00 } is 18:00, and the program Time length is 1 hour, then the reservation information with the longest reservation Time length is set to be preferentially displayed on the top page of the prompt interface, that is, the first program reservation information is displayed on the prompt interface in the form of a prompt dialog box, the Time for prompting a pop-up box prompt may also be set to be 3 seconds in general case, and if no other operation exists, displaying the television screen in the form of a prompt dialog box again for prompting until the user executes corresponding closing or opening operation.
Further, based on the method for prompting conflict between recording times in the foregoing embodiment, step S21 specifically includes:
and acquiring the program time and the playing time length in the program reservation information, judging whether a time conflict exists, if so, displaying the reservation information with the longest reservation time length on a home page of a prompt interface, and if not, not prompting.
In this embodiment, a TV system is set as a single channel of a TV program, and at this Time, only a problem of Time conflict exists in Time of reserved program information in the single channel, the TV system can determine whether a Time cross problem exists, that is, whether a Time conflict problem exists, if the reserved Time has a cross, for example, CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 }, CH1_ Time (x2) { "DVBC": 2015112418: 00-19:00 }, CH1_ Time (x3) { "DVBC": 2015112415: 00: 20:00 }, it is determined that a Time conflict exists, at this Time, the reserved information with the longest reserved Time is displayed on a top page of a prompt interface, and CH1_ Time (x3) { "DVBC": 2015112415: 00-20:00 { "bc" } is displayed on a prompt interface in a prompt frame form, the Time for frame popping prompt can also be set to be 3 seconds in general, and if no other operation is performed, the Time is displayed on the television screen in the form of a prompt dialog again for prompting until the corresponding closing or opening operation performed by the user is obtained, if no Time crossing problem exists, for example, CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 }, CH1_ Time (x2) { "DVBC": 2015112414: 00-16:00 }, it is determined that no Time conflict exists, and it is not necessary to prompt again.
The invention further provides a device for prompting conflict of recording time.
Referring to fig. 5, fig. 5 is a functional block diagram of an embodiment of a recording time conflict prompting apparatus according to the present invention.
In this embodiment, the apparatus 100 for prompting conflict between recording times includes:
a reserved program control module 10, which starts a foreground service thread according to the monitored program reservation information and stores the program reservation information to a memory;
the channel judging module 20 judges whether the identifier in the memory is a single channel, if so, judges program reservation information of the single channel and gives a prompt of whether the recording time conflicts, and if not, judges the tuning type of the double channel or the multi channel;
the conflict prompting module 30 obtains the program reservation information with the longest reservation duration for which the recording time conflicts under the same tuning protocol, and displays the program reservation information on a prompting interface.
In this embodiment, the prompting device 100 for conflicting recording times includes a reserved program control module 10, a channel determination module 20, and a conflict prompting module 30, and is mainly applied to a smart television receiving digital signals, where the smart television can reserve a corresponding television program for rebroadcasting through a browsing item, and each browsing can be divided into an once mode, a date mode, and a weekday mode according to a difference between a start time and an end time; the duration of each ringing is determined by the appointed starting time and ending time, the minimum duration is 1 minute, but the power off mode starts and ends, the maximum duration of the once mode is not limited theoretically, and the duration can be day-spanning or not; the maximum duration of the day mode is 24 hours, typically not across days; the maximum duration of the weekday mode is 24 × 7 hours, typically without a cycle crossing.
When the reserved program control module 10 monitors that there is an added item in the book, automatically acquiring program reservation information in the channel, which may be two or more reservation information simultaneously in a single channel, or may be reservation information detected in two or more channels, starting a foreground service thread after the reserved program control module 10 acquires the program reservation information in the channel, storing the program reservation information in a memory, and if the program reservation information is acquired from two or more channels, storing the program reservation information in the corresponding memories, respectively, where the program reservation information includes a program name, a program Time, a play Time length, and a tuning type, the program reservation book at this Time may be an once mode, a day mode, or a wekday mode, such as adding CH _ Time ═ news 2016102419: 0030: 00 "bc dv" }, where the added item is an once mode, the Add item is saved to memory for subsequent application processing.
After the reserved program control module 10 stores the program reservation information in the memory, the channel judgment module 20 is required to judge whether the identifier in the memory is a single channel, if so, that is, the program reservation information is only stored in the single memory, a prompt is directly given to whether a conflict exists according to the program time and the playing time length in the program reservation information, and if not, that is, the program reservation information is stored in two or more memories, at this time, the tuning type of the program reservation information stored in the two or more memories needs to be further judged.
Because the start time and the end time of the viewing item in the dual-TUNER or multi-TUNER mode can be crossed once when the smart television is in the dual-TUNER or multi-TUNER mode, that is, when the user reserves program information of two or more different tuning protocols in the same time period, no conflict occurs at this time, only the problem of time conflict in the same tuning protocol mode needs to be considered, and when it is determined that the program time and the playing time length of two or more viewing items have cross conflict, the conflict prompting module 30 acquires program reservation information with the longest reservation time length for which the reservation recording time conflicts in the same tuning protocol, and displays the program reservation information on the prompting interface, so that the user can see the prompt of the reservation conflict at any time when watching a television program or a television program.
The invention relates to a prompting device 100 for conflict of recording time, a reserved program control module 10 starts a foreground service thread according to monitored program reservation information, stores the program reservation information into a memory, then a channel judgment module 20 judges whether an identifier in the memory is a single channel, if so, judges the program reservation information of the single channel and gives a prompt for conflict of recording time, if not, judges the tuning type of the two channels or the multiple channels, and finally, a conflict prompting module 30 acquires the program reservation information with the longest reservation time of conflict of recording time under the same tuning protocol based on the conflict of the tuning protocol of the two channels or the multiple channels, displays the program reservation information on a prompting interface, solves the problem of repeated recording caused by the conflict of the recording time of an intelligent television, saves the memory resource of the intelligent television, and reduces the repeatability of system operation, thereby reducing the CPU loss and prolonging the service life of the CPU.
Further, referring to fig. 5, the reserved program control module 10 includes:
the first control unit 11, according to the detected program reservation information of the first channel, starts a foreground service first thread, acquires first program reservation information, and stores the first program reservation information to the first memory;
the second control unit 12, according to the detected program reservation information of the second channel, starts the foreground service second thread, obtains the second program reservation information, and stores the second program reservation information in the second memory.
In this embodiment, the program reservation information obtained by the reserved program control module 10 is mainly detected by a television program channel, in this embodiment, the TV system is configured to have two channels, the first control unit 11 will start a foreground service first thread according to the detected program reservation information of the first channel, obtain the first program reservation information, store the first program reservation information in a first memory, such as CH1_ Time (x1) { "DVBC": "2015112418: 00-20: 00" }, the second control unit 12 starts a foreground service second thread according to the detected program reservation information of the second channel, obtain the second program reservation information, store the second program reservation information in a second memory, such as CH2_ Time (x1) { "DVBC": 2015112419: 00-20:00 "}, in other embodiments, there may be a third program reservation information detected by a third control unit, and starting a foreground service third thread, acquiring third program reservation information, storing the third program reservation information in a third memory, and saving the first program reservation information and the second program reservation information in the first memory and the second memory respectively by saving the first program reservation information and the second program reservation information in the subsequent computing processing, wherein the third program reservation information is { "DVBC": by CH3_ Time (x1) { "DVBC": by "2015112419: 00-19: 30" }.
Further, referring to fig. 6, the channel determination module 20 includes:
a tuner type acquisition unit 21 that acquires tuner types of the first memory and the second memory, and stores the tuner types in the third memory and the fourth memory, respectively;
a channel protocol judging unit 22, which judges whether the tuning protocols of the first channel and the second channel are the same according to the digital protocol set by the tuner, if yes, sets an identifier a, if no, sets an identifier B, and stores the identifiers in a fifth memory;
a time conflict judging unit 23, configured to acquire the identifier a in the fifth memory, judge whether time nodes of the first program reservation information and the second program reservation information intersect with each other, determine that recording times conflict with each other if the time nodes intersect with each other, determine that the recording times do not conflict with each other if the time nodes do not intersect with each other, and store the first program reservation information and the second program reservation information in the sixth memory;
the storage unit 24 acquires the identifier B in the fifth memory, and stores the first program scheduling information and the second program scheduling information in the seventh memory.
In this embodiment, two program channels of the TV system are set, that is, the reserved program information acquired by the reserved program control module 10 is respectively stored in the first memory and the second memory, so when the tuning type of the two-channel or multi-channel is determined, only the tuner type acquiring unit 21 needs to acquire the tuner types of the first memory and the second memory, and respectively store the tuner types to the third memory and the fourth memory, so as to save the invoking time and the invoking path during the subsequent calculation processing, each tuner corresponds to an array protocol, after the tuner types of the first memory and the second memory are acquired, the T-channel protocol determining unit 22 further determines whether the tuning protocol corresponding to the first channel is the same as the tuning protocol corresponding to the second channel according to the digital protocol corresponding to the tuner stored in the third memory and the fourth memory, if the tuning protocol of the first channel is DVBC and the tuning protocol of the second channel is DVBC, setting the identifier a and saving the identifier a in the fifth memory, and if the tuning protocol of the first channel is DVBC and the tuning protocol of the second channel is DVFM, setting the identifier B and saving the identifier B in the fifth memory.
Because the starting time and the ending time of the book item can be crossed once when the tuning protocol of the first channel is different from the tuning protocol of the second channel, namely, even if the time points of the first program reservation information and the second program reservation information are the same, the scheduled recording time is not determined to have conflict, only considering that the starting time and the ending time of the book item are crossed under the same condition of the tuning protocol of the first channel and the tuning protocol of the second channel. That is, the Time conflict determination unit 23 first obtains the identifier a in the fifth memory, determines whether there is a cross between Time nodes of the first program reservation information and the second program reservation information, if there is a cross, such as CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 ″, CH2_ Time (x1) { "DVBC": 2015112419: 00-20:00 ″, the tuning protocols of both are the same, the recording Time of the reservation is 18:00-20:00, one is 19:00-20:00, and both are crossed, it is determined that the recording Time conflicts, if there is no cross, such as CH 23 _ 73time (x1) { "DVBC": 2015112418: 00-20:00 {, CH4_ 1) { "DVBC": 2015112409: 00-10:00 } and the tuning protocols of both are the same, but the recording Time of both is 18: 20: 00-20: 00', one is 09:00-10:00, and the two do not have intersection, so that the recording time is judged not to conflict, and the first program reservation information and the second program reservation information are stored in a sixth memory, so as to save the invoking time and the path of the subsequent calculation processing. When the first program reservation information is CH1_ Time (x1) { "DVBC": "2015112418: 00-20: 00" } and the second program reservation information is CH3_ Time (x1) { "DVBC": 2015112419: 00-19:30 "}, since the tuning protocols of the two are different, it is not determined that there is a recording Time conflict even if there is a Time cross, and therefore, it is not necessary for the storage unit 24 to perform subsequent processing on the identifier B in the fifth memory, and it is only necessary to store the first program reservation information and the second program reservation information represented by the identifier B in the seventh memory to distinguish them from the first program reservation information and the second program reservation information stored in the sixth memory.
Further, referring to fig. 5, the conflict alert module 30 includes:
a reserved time length obtaining unit 31 that obtains program time and play time length of the first program reserved information and the second program reserved information in the sixth storage;
the prompt display unit 32 preferentially displays the reservation information with the longest reservation time on the home page of the prompt interface.
In this embodiment, when it is determined that there is a Time conflict between the first program reservation information and the second program reservation information, the reservation Time obtaining unit 31 obtains the program Time and the playing Time length of the first program reservation information and the second program reservation information in the sixth memory, for example, the program Time of the first program reservation information represented by CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 { "DVBC" } is 18:00, the program Time length is 2 hours, and the CH2_ Time (x1) { "DVBC": 2015112418: 00-19:00 } is 18:00, the program Time length is 1 hour, then the reservation information of the reservation Time length is set by the prompt display unit 32, that is, the first page of the prompt interface is prioritized, the first program reservation information is displayed on the prompt interface in the form of the longest prompt dialog, and the prompt Time of the box can also be set, and generally setting the time to be 3 seconds, and displaying the time on the television screen in the form of a prompt dialog box again for prompting if no other operation exists until the user executes corresponding closing or opening operation.
Further, referring to fig. 6, the channel determination module 20 further includes:
and the single-channel conflict prompting unit 25 is used for acquiring the program time and the playing time length in the program reservation information, judging whether a time conflict exists or not, if so, displaying the reservation information with the longest reservation time length on a home page of a prompting interface, and if not, not prompting.
In this embodiment, the TV system is set as a single channel of a TV program, and at this Time, only the Time conflict problem that the Time in the reserved program information in the single channel crosses exists, the single channel conflict prompting unit 25 can determine whether the Time conflict problem exists, that is, whether the Time conflict problem exists, if the reserved Time crosses, for example, CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 {, CH1_ Time (x2) { "DVBC": 2015112418: 00-19:00 }, CH1_ Time (x3) { "DVBC": 2015112415: 00-20:00 }, that is, it is determined that the Time conflict exists, and at this Time, the reserved information with the longest reserved Time duration is displayed on the first page of the prompting interface, CH1_ 57 (x3) { "DVBC": 2015112415: 00-20:00 } is displayed in the form of the prompting frame for prompting the program information, the Time for frame popping prompt can also be set to be 3 seconds in general, and if no other operation is performed, the Time is displayed on the television screen in the form of a prompt dialog again for prompting until the corresponding closing or opening operation performed by the user is obtained, if no Time crossing problem exists, for example, CH1_ Time (x1) { "DVBC": 2015112418: 00-20:00 }, CH1_ Time (x2) { "DVBC": 2015112414: 00-16:00 }, it is determined that no Time conflict exists, and it is not necessary to prompt again.
The invention also provides an intelligent television which comprises the prompting device 100 for the conflict of the recording time.
In this embodiment, the smart tv includes the above-mentioned reminder 100 for conflicting recording times, where the reminder 100 for conflicting recording times includes a reserved program control module 10, a channel judgment module 20, and a conflict reminder module 30, when the smart tv works, the reserved program control module 10 starts a foreground service thread according to the monitored program reservation information, and stores the program reservation information in a memory, and then the channel judgment module 20 judges whether an identifier in the memory is a single channel, if so, judges the program reservation information of the single channel, and gives a reminder of whether the recording times conflict, if not, judges a tuning type of the two channels or the multiple channels, and finally, the conflict reminder module 30 obtains the program reservation information of the longest reservation time of the conflicting recording times under the same tuning protocol based on the tuning protocol conflict of the two channels or the multiple channels, and the information is displayed on a prompt interface, so that the problem of repeated recording caused by the recording time conflict of the intelligent television is solved, the memory resource of the intelligent television is saved, the repeatability of system operation is reduced, the CPU loss is reduced, and the service life of the CPU is prolonged.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (13)
1. A method for prompting conflict of recording time is characterized by comprising the following steps:
starting a foreground service thread according to the monitored program reservation information, and storing the program reservation information into a memory, wherein the program reservation information acquired from two channels or multiple channels is respectively stored into the corresponding memories, and the program reservation information comprises a program name, program time, playing time length and tuning type;
judging whether the mark in the memory is a single channel or not, if so, namely the program reservation information is stored in the single memory, judging the program reservation information of the single channel and giving a prompt of whether the recording time conflicts or not, and if not, namely the program reservation information is stored in two or more memories, judging the tuning type of the double channel or the multi channel;
and when the tuning types of the two channels or the multiple channels conflict, acquiring program reservation information with the longest reservation duration of the conflict of the recording time under the same tuning protocol, and displaying the program reservation information on a prompt interface.
2. The method for prompting conflict between recording times according to claim 1, wherein the step of starting a foreground service thread and saving the program scheduling information to a memory according to the monitored program scheduling information specifically comprises:
according to the detected program reservation information of the first channel, starting a foreground service first thread, acquiring first program reservation information, and storing the first program reservation information to a first memory;
and starting a foreground service second thread according to the detected program reservation information of the second channel, acquiring second program reservation information, and storing the second program reservation information to a second memory.
3. The method for prompting recording time conflict according to claim 2, wherein the step of determining whether the identifier in the memory is a single channel or not, if so, determining that the memory is a single channel, that is, the program reservation information is stored in the single memory, determining the program reservation information of the single channel, and giving a prompt of whether the recording time conflict or not, and if not, that is, the program reservation information is stored in two or more memories, determining the tuning type of the dual channel or the multi channel specifically includes:
obtaining tuner types of the first memory and the second memory, namely judging the types of the array protocols corresponding to the tuners, and respectively storing the types of the array protocols to the third memory and the fourth memory;
judging whether the tuning protocols of the first channel and the second channel are the same or not according to the array protocol set by the tuner, if so, setting an identifier A, and if not, setting an identifier B, and storing the identifiers in a fifth memory;
and acquiring an identifier A in a fifth memory, judging whether time nodes of the first program reservation information and the second program reservation information are crossed, if so, judging that the recording time is in conflict, otherwise, judging that the recording time is not in conflict, and storing the first program reservation information and the second program reservation information to a sixth memory.
4. The method for prompting a recording time conflict according to claim 3, wherein the obtaining of the identifier a in the fifth storage, determining whether time nodes of the first program scheduling information and the second program scheduling information intersect with each other, if so, determining that the recording times conflict with each other, if not, determining that the recording times do not conflict with each other, and after the step of storing the first program scheduling information and the second program scheduling information in the sixth storage, further comprises:
and acquiring the identifier B in a fifth memory, and storing the first program reservation information and the second program reservation information to a seventh memory.
5. The method for prompting conflict between recording times according to claim 3, wherein the step of obtaining the program schedule information with the longest schedule time length for conflict between recording times under the same tuning protocol and displaying the program schedule information on a prompt interface specifically comprises:
acquiring program time and playing duration of the first program reservation information and the second program reservation information in the sixth storage;
and the reservation information with the longest reservation time length is preferentially displayed on the home page of the prompt interface.
6. The method for prompting recording time conflict according to claim 1, wherein the step of determining whether the identifier in the memory is a single channel, and if so, that is, the program scheduling information is stored in the single memory, determining the program scheduling information of the single channel, and giving a prompt indicating whether the recording time conflict or not specifically includes:
and acquiring the program time and the playing time length in the program reservation information, judging whether a time conflict exists, if so, displaying the reservation information with the longest reservation time length on a home page of a prompt interface, and if not, not prompting.
7. A recording time conflict prompting device is characterized by comprising:
the reserved program control module starts a foreground service thread according to the monitored program reservation information and stores the program reservation information into a memory, wherein the program reservation information acquired from two channels or multiple channels is respectively stored into the corresponding memories, and the program reservation information comprises a program name, program time, playing time and tuning type;
the channel judging module is used for judging whether the identifier in the memory is a single channel or not, judging program reservation information of the single channel if the identifier in the memory is the single channel, giving a prompt of whether recording time conflicts or not, and judging the tuning type of the two channels or the multiple channels if the identifier in the memory is the single channel, namely the program reservation information is stored in the single memory;
and the conflict prompting module judges the tuning type of the double channels or the multiple channels when the memory is judged to be the double channels or the multiple channels, acquires the program reservation information with the longest reservation duration when the recording time conflicts under the same tuning protocol when the tuning types of the double channels or the multiple channels conflict, and displays the program reservation information on a prompting interface.
8. The apparatus for prompting a recording time conflict according to claim 7, wherein the reserved program control module comprises:
the first control unit starts a foreground service first thread according to the detected program reservation information of the first channel, acquires first program reservation information and stores the first program reservation information in a first memory;
and the second control unit starts a foreground service second thread according to the detected program reservation information of the second channel, acquires the second program reservation information and stores the second program reservation information in a second memory.
9. The device for prompting conflict between recording times according to claim 8, wherein the channel determining module comprises:
the tuner type acquisition unit is used for acquiring the tuner types of the first memory and the second memory, namely judging the types of the array protocols corresponding to the tuners and respectively storing the types of the array protocols to the third memory and the fourth memory;
a channel protocol judging unit, which judges whether the tuning protocols of the first channel and the second channel are the same according to the array protocol set by the tuner, if so, sets an identifier A, and if not, sets an identifier B, and stores the identifiers in a fifth memory;
and the time conflict judging unit is used for acquiring the identifier A in the fifth storage, judging whether time nodes of the first program reservation information and the second program reservation information are crossed or not, judging that the recording time conflicts if the time nodes of the first program reservation information and the second program reservation information are crossed, judging that the recording time does not conflict if the time nodes of the first program reservation information and the second program reservation information are not crossed, and storing the first program reservation information and the second program reservation information into a sixth storage.
10. The device for prompting conflict between recording times according to claim 9, wherein the channel determining module further comprises:
and the storage unit acquires the identifier B in the fifth memory and stores the first program reservation information and the second program reservation information into a seventh memory.
11. The device for prompting conflict between recording times according to claim 9, wherein the conflict prompting module comprises:
a reserved time acquiring unit for acquiring the program time and the playing time of the first program reserved information and the second program reserved information in the sixth storage;
and the prompt display unit is used for setting the reservation information with the longest reservation duration to be preferentially displayed on the home page of the prompt interface.
12. The device for prompting conflict between recording times according to claim 7, wherein the channel determining module further comprises:
and the single-channel conflict prompting unit acquires the program time and the playing time length in the program reservation information, judges whether time conflict exists or not, displays the reservation information with the longest reservation time length on a home page of a prompting interface if the time conflict exists, and does not prompt if the time conflict does not exist.
13. An intelligent television, characterized in that the intelligent television comprises a device for prompting that the recording time conflicts according to any one of claims 7-12.
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| CN109524031B (en) * | 2017-09-19 | 2021-05-18 | 华为技术有限公司 | Conflict detection method and system |
| CN109388498B (en) * | 2018-09-30 | 2020-05-12 | 武汉斗鱼网络科技有限公司 | Mutual exclusion processing method, device, equipment and medium |
| CN112055250A (en) * | 2019-06-05 | 2020-12-08 | 海信视像科技股份有限公司 | Television program recording method and device |
| CN111417022B (en) * | 2020-03-06 | 2022-09-06 | 海信视像科技股份有限公司 | Conflict detection method and display device |
| CN113055719A (en) * | 2021-03-08 | 2021-06-29 | 青岛海信传媒网络技术有限公司 | Conflict resolution method for system reservation upgrading and video reservation recording and display equipment |
| CN115334339B (en) * | 2022-08-10 | 2024-03-12 | 海宁奕斯伟集成电路设计有限公司 | Program reservation conflict processing device and method |
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