CN105100143A - Data display method and device - Google Patents
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- CN105100143A CN105100143A CN201410185004.1A CN201410185004A CN105100143A CN 105100143 A CN105100143 A CN 105100143A CN 201410185004 A CN201410185004 A CN 201410185004A CN 105100143 A CN105100143 A CN 105100143A
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Abstract
The invention discloses a data display method and a device, which belongs to the field of internet. The method comprises steps: when an instruction for acquiring fault data is received, according to an ascending order for intervals between ending time included in the fault information and current time, two pieces of fault information are selected from the stored fault information, wherein each piece of fault information at least comprises the starting time and the ending time; according to the two selected pieces of fault information, fault data corresponding to the selected two pieces of fault information are acquired from a server; if the item number of the acquired fault data is smaller than or equal to a preset item threshold, historical data are selected from local historical data; and the fault data and the selected historical data are displayed. The device comprises a first selection module, an acquisition module, a second selection module and a display module. Historical data do not need to be acquired from the server again, the flow is saved, the data display time is reduced, and the data display efficiency is thus improved.
Description
Technical field
The present invention relates to internet arena, particularly a kind of method and device showing data.
Background technology
Along with the fast development of Internet technology, such as the application such as microblogging client, news client can carry out data display.Because data are in server side real-time update, so user can by refreshing in client, with data up-to-date on synchronization server, and show synchronous data and check for user.
The process of current display data is specially: user end to server sends synchronous data requests, carries refresh time and this refresh time last time in this synchronous data requests.Server according to refresh time and this refresh time last time, determining time, and obtain the newly-increased data in this time period.Wherein, data show with the form of display list, so can be that data are described by the data in of this display list list item.If the number of newly-increased data is greater than default number threshold value, then think and there occurs data tomography, the default number threshold value bar from this refresh time is nearest is now selected to increase data newly, and the newly-increased data selected and tomography mark are sent to this client, whether the newly-increased data that this tomography mark is used to indicate selection are newly-increased data all in this time period.When client receives this tomography mark, identify according to this tomography between the historical data stored in the newly-increased data and client determining to receive and create data tomography.In order to avoid the data tomography produced between data, client deletes the historical data stored, and is shown by the newly-increased data stuffing received in display list.
When producing data tomography between the historical data stored in the newly-increased data received and client, client can delete the historical data stored.After deleting historical data, if user's layer data of wanting to check that data tomography the is corresponding and number of this layer data is less than or equal to default number threshold value, now client not only needs to obtain layer data, also needs to obtain historical data.Because historical data is deleted, so client needs again to obtain this historical data from server, cause the waste of flow.
Summary of the invention
In order to solve the problem of prior art, embodiments provide a kind of method and the device that show data.Described technical scheme is as follows:
On the one hand, provide a kind of method showing data, described method comprises:
When receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, described fault information at least comprises initial time and end time;
According to two fault information selected, from server, obtain the layer data that two fault information of described selection are corresponding;
If the number of the layer data obtained is less than or equal to default number threshold value, then from local historical data, select historical data;
The historical data of described layer data and selection is shown.
On the other hand, provide a kind of device showing data, described device comprises:
First selects module, for when receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, described fault information at least comprises initial time and end time;
Acquisition module, for according to two fault information selected, obtains the layer data that two fault information of described selection are corresponding from server;
Second selects module, if be less than or equal to default number threshold value for the number of the layer data obtained, then from local historical data, selects historical data;
Display module, for showing the historical data of described layer data and selection.
In embodiments of the present invention, when client receive obtain layer data instruction time, client can according to the ascending order in the interval of the end time included by fault information and current time, selection two fault information from the fault information stored.According to two fault information selected, from server, obtain the layer data that this two fault information are corresponding.If when the number of layer data obtained is less than or equal to default number threshold value, the data that the layer data of acquisition just can be corresponding with two fault information selected are continuous.Now, then select historical data from local historical data, and without the need to again obtaining historical data from server, save flow, also reduce the time of display data, and then improve the efficiency of display data.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is a kind of system architecture diagram showing data that the embodiment of the present invention provides;
Fig. 2 is a kind of method flow diagram showing data that the embodiment of the present invention provides;
Fig. 3 is the method flow diagram of the another kind display data that the embodiment of the present invention provides;
Fig. 4 is the schematic diagram of a kind of display list that the embodiment of the present invention provides;
Fig. 5 is a kind of apparatus structure schematic diagram showing data that the embodiment of the present invention provides;
Fig. 6 is the apparatus structure schematic diagram of the another kind display data that the embodiment of the present invention provides.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.
For the ease of the understanding of the present invention, at this, some concepts that the present invention relates to are made an explanation:
Fig. 1 is a kind of system architecture diagram showing data that the embodiment of the present invention provides.See Fig. 1, the system of display data comprises client and server, is connected between this client and server by network.
Wherein, this client is used for carrying out data interaction between server, and namely this client can to server uploading data, also can from server sync data.When client is from server sync data, this client can show synchronous data.This server for receiving the data of client upload, and stores the data of client upload; And server is also for receiving the synchronous data requests that client sends, and the data needed for client are sent to this client.Wherein, this client can be micro-blog family end, news client, micro-letter client, QQ client etc.
Data shown by client comprise newly-increased data, historical data and layer data.Newly-increased data can be the up-to-date data synchronous from server of client; Historical data can be data synchronous from server before client, and this historical data is stored in this locality; Layer data occurs the data that data tomography part is corresponding in the data of client storage.
Fig. 2 is a kind of method flow diagram showing data that the embodiment of the present invention provides, and see Fig. 2, the method comprises:
Step 201: when receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, this fault information at least comprises initial time and end time.
Step 202: according to two fault information selected, obtain the layer data that two fault information of this selection are corresponding from server.
Step 203: if the number of the layer data obtained is less than or equal to default number threshold value, then select historical data from local historical data.
Step 204: the historical data of this layer data and selection is shown.
Alternatively, when receive obtain layer data instruction time, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored before selection two fault information, also comprise:
When receive obtain newly-increased data command time, send synchronization data request to server, this synchronization data request carries refresh time and this refresh time last time;
Receiving newly-increased data and tomography mark that this server sends, whether be first time period in all data to this tomography mark if being used to indicate these newly-increased data, first time period be last time refresh time and this refresh time between time period;
According to these newly-increased data and this tomography mark, generate the fault information that these newly-increased data are corresponding.
Alternatively, according to these newly-increased data and this tomography mark, generate the fault information that these newly-increased data are corresponding, comprising:
If these newly-increased data of this tomography mark instruction are not data all in first time period, be then fault information corresponding to this newly-increased data creation;
If these newly-increased data of this tomography mark instruction are data all in first time period, then according to these newly-increased data, upgrade end time in the fault information that stored from the nearest fault information of current time.
Alternatively, be the fault information that this newly-increased data creation is corresponding, comprise:
Issuing time the earliest and issuing time is the latest selected from the issuing time that these newly-increased data are corresponding;
This issuing time is the earliest defined as initial time, and this issuing time is the latest determined the end time;
This initial time and this end time are formed fault information corresponding to these newly-increased data.
Alternatively, according to these newly-increased data, upgrade end time in the fault information that stored from the nearest fault information of current time, comprising:
From the fault information stored, select the end time from the nearest fault information of current time;
Issuing time is the latest selected from the issuing time that these newly-increased data are corresponding;
Is revised as issuing time the latest the end time in the fault information of selection.
Alternatively, according to two fault information selected, from server, obtain the layer data that two fault information of selection are corresponding, comprising:
Using in two fault information of selection as the first fault information, another is as the second fault information;
Compare initial time and the end time of the first fault information and the second fault information;
When the initial time of the first fault information is less than the initial time of the second fault information, and first end time of fault information when being less than the end time of the second fault information, obtain the end time of the first fault information, and obtain the initial time of the second fault information;
Synchronization data request is sent to server, the end time of the first fault information and the initial time of the second fault information is carried in this synchronization data request, make this server obtain data in the second time period, the second time period was the time period between the end time of the first fault information and the initial time of the second fault information;
Receive the data that this server sends;
The data of reception are defined as the first fault information layer data corresponding with the second fault information.
Alternatively, after receiving the data of this server transmission, also comprise:
Receive this server and be sent to tomography mark;
If this layer data of this tomography mark instruction is not data all in the second time period, then the initial time of this second fault information is revised as issuing time the earliest in issuing time corresponding to this layer data;
If this layer data of this tomography mark instruction is data all in the second time period, then the initial time of the second fault information is revised as the initial time of the first fault information, and deletes the first fault information.
Alternatively, if the number of the layer data obtained is less than or equal to default number threshold value, then from local historical data, selects historical data, comprising:
If the number of layer data obtained is less than or equal to default number threshold value, then from the fault information stored, obtain the end time from the nearest fault information of current time;
According to the initial time that the fault information of issuing time the earliest and acquisition in the layer data obtained comprises, determined for the 3rd time period;
The historical data that issuing time was positioned at for the 3rd time period is obtained from local historical data.
In embodiments of the present invention, when client receive obtain layer data instruction time, client can according to the ascending order in the interval of the end time included by fault information and current time, selection two fault information from the fault information stored.According to two fault information selected, from server, obtain the layer data that this two fault information are corresponding.If when the number of layer data obtained is less than or equal to default number threshold value, the data that the layer data of acquisition just can be corresponding with two fault information selected are continuous.Now, then select historical data from local historical data, and without the need to again obtaining historical data from server, save flow, also reduce the time of display data, and then improve the efficiency of display data.
Fig. 3 is a kind of method flow diagram showing data that the embodiment of the present invention provides, and see Fig. 3, the method comprises:
Step 301: when receive obtain newly-increased data command time, user end to server sends synchronization data request, and this synchronization data request carries refresh time and this refresh time last time.
Particularly, when receiving acquisition and increasing data command newly, client obtains current time, current time is defined as this refresh time.And from the issuing time corresponding to data of display, select, from the nearest issuing time of current time, the issuing time of selection to be defined as refresh time last time.User end to server sends synchronization data request, and this synchronization data request carries refresh time and this refresh time last time.
Such as, when receiving acquisition and increasing data command newly, it is 2014.4.1-10:00:00 that client obtains current time, current time 2014.4.1-10:00:00 is defined as this refresh time.Client is from the issuing time corresponding to data of display, and selecting from the issuing time that current time 2014.4.1-10:00:00 is nearest is 2014.4.1-3:00:00, and the issuing time 2014.4.1-3:00:00 of selection is defined as refresh time last time.User end to server sends synchronization data request, and this synchronization data request carries refresh time 2014.4.1-3:00:00 and this refresh time 2014.4.1-10:00:00 last time.
Wherein, all corresponding issuing time of every bar data, such as, when these data are microblog data, the corresponding microblogging issuing time of this microblog data, when these data are news data, this news data corresponding news briefing time.
Wherein, last time, refresh time not only can be obtained by said method, and client can also obtain by the following method, comprising: when client from server first time synchrodata time, client can record first time synchrodata this refresh time.When client from server second time synchrodata time, this client can by first time synchrodata record this refresh time be defined as second time synchrodata refresh time last time.Further, this client can also record second time synchrodata time this refresh time.Such as, this refresh time that client records during first time synchrodata from server is 2014.4.1-3:00:00.When client from server second time synchrodata time, this client can by first time synchrodata this refresh time 2014.4.1-3:00:00 be defined as second time synchrodata refresh time last time.
Wherein, the data that newly-increased data command can indicate client synchronously up-to-date from server are obtained.It can be that user triggers when wanting to check newly-increased data that this acquisition increases data command newly, also can be that client periodically triggers.Preferably, it is that this user triggers when wanting to check newly-increased data that this acquisition increases data command newly, can be arranged when developing by technical staff the triggering mode obtaining newly-increased data command, also in use can be arranged by user, the embodiment of the present invention is not specifically limited this.
When obtaining newly-increased data command and being triggered by user, user can increase data command newly by triggering this acquisition to the scheduled operation of client.Wherein, scheduled operation can be any one or several combination in acoustic control operation, keyboard operation, single-click operation, double click operation, multi-hit operation, prearranged gesture operation and slide.Preferably, this user can to this client display data display interface carry out slide, increase data command newly to trigger this acquisition.
Wherein, slide is divided into that upward sliding operates, slide downward operation, left slide and slide to the right.Upward sliding operation, slide downward operation, left slide or slide correspondence acquisition to the right can be set and increase data command newly.Because generally up-to-date data are the tops being presented at display list, so preferably, in order to consistent with DISPLAY ORDER, the corresponding acquisition of upward sliding operation can be set and increase data command newly.
Step 302: server receives this synchronization data request, according to refresh time and this refresh time last time, obtains corresponding newly-increased data.
Particularly, server receives this synchronization data request, according to refresh time and this refresh time last time, determines first time period.From the data of server stores, obtain the data that issuing time is positioned at this first time period, the data of acquisition are defined as newly-increased data.
Such as, first time period is from 2014.4.1-3:00:00 to 2014.4.1-10:00:00, and the corresponding relation of the issuing time that the data stored in server are corresponding with these data can be as shown in table 1 below,
Table 1
| Data | Issuing time |
| Data 1 | 2014.4.1-2:35:00 |
| Data 2 | 2014.4.1-3:02:05 |
| Data 3 | 2014.4.1-3:05:00 |
| Data 4 | 2014.4.1-4:10:00 |
| Data 5 | 2014.4.1-5:00:00 |
Server determines the issuing time 2014.4.1-3:02:05 in above-mentioned table 1, 2014.4.1-3:05:00, 2014.4.1-4:10:00 with 2014.4.1-5:00:00 is positioned at first time period 2014.4.1-3:00:00 to 2014.4.1-10:00:00, so it is data 2 that server obtains corresponding data according to issuing time 2014.4.1-3:02:05, obtaining corresponding data according to issuing time 2014.4.1-3:05:00 is data 3, obtaining corresponding data according to issuing time 2014.4.1-4:10:00 is data 4, obtaining corresponding data according to issuing time 2014.4.1-5:00:00 is data 5.The data 2 of acquisition, data 3, data 4 and data 5 are defined as newly-increased data.
Step 303: based on the number of the newly-increased data obtained, newly-increased data and tomography mark is sent to client, whether be first time period in all data to this tomography mark if being used to indicate these newly-increased data, first time period be last time refresh time and this refresh time between time period.
Particularly, the number of the newly-increased data that statistics obtains, arranges tomography mark according to the number of statistics.If the number of the newly-increased data obtained is less than or equal to default number threshold value, then send the tomography mark of newly-increased data and the setting obtained to client.If the number of the newly-increased data obtained is greater than default number threshold value, then according to the ascending order of the issuing time of newly-increased data and the interval of current time, from the newly-increased data obtained, select to preset number threshold value bar increase data newly, send the newly-increased data and tomography mark selected to client.
Wherein, the concrete operations arranging tomography mark according to the number of statistics can be: if the number of statistics is less than or equal to default number threshold value, then determine that these newly-increased data are data all in first time period, and tomography mark is set to the first numerical value; If the number of statistics is greater than default number threshold value, then determine that these newly-increased data are not data all in first time period, tomography mark is set to second value.
Wherein, the first numerical value and second value can be 0 or 1, and certainly, the first numerical value and second value can also be other numerical value, and preferably, the first numerical value and second value are 0 or 1.When the first numerical value is 0, second value can be 1.When the first numerical value is 1, second value can be 0.The embodiment of the present invention is not specifically limited this.
Wherein, when the number of the newly-increased data obtained is greater than default number threshold value, the all newly-increased data obtained can not be sent to client by server, only by according to the ascending order of the issuing time of newly-increased data and the interval of current time, from the newly-increased data obtained, select default number threshold value bar to increase data newly send to client, now, there is discontinuous situation in the data stored in client, data tomography has appearred in the data namely stored in client.
Step 304: the newly-increased data that client reception server sends and tomography mark.
Wherein, after the newly-increased data and tomography mark of the transmission of client reception server, client according to the newly-increased data received and layer data, can be the fault information that this newly-increased data genaration is corresponding, and shows this newly-increased data.
Wherein, when the newly-increased data of client display, client according to the issuing time of newly-increased data, can show in this newly-increased data stuffing to display list.
The step of above-mentioned 301-304 is all prior art, and the step of above-mentioned 301-304 can perform any time before step 305.
Step 305: client is according to receiving newly-increased data and tomography mark, and generate the fault information that these newly-increased data are corresponding, this fault information at least comprises initial time and end time.
Particularly, client, according to the newly-increased data received and tomography mark, generates fault information corresponding to these newly-increased data and can be divided into two kinds, (1)-(2) situation as follows:
(1) if the newly-increased data of this tomography mark instruction are not data all in first time period, then for increasing fault information corresponding to data creation newly.
Particularly, if the newly-increased data of this tomography mark instruction are not data all in first time period, then client selects issuing time the earliest and issuing time the latest from issuing time corresponding to these newly-increased data; The issuing time the earliest selected is defined as initial time, and the issuing time the latest selected is determined the end time; Initial time and end time are formed fault information corresponding to these newly-increased data.
Wherein, when client receives this tomography mark, if this tomography is designated second value, then client determines that these newly-increased data are not data all in first time period, now occurred data tomography, client needs for fault information corresponding to this newly-increased data creation.
Wherein, client selects the concrete operations of issuing time the earliest and issuing time to be the latest from issuing time corresponding to these newly-increased data: client calculates the interval between issuing time corresponding to these newly-increased data and current time, the issuing time that the newly-increased data selecting interval maximum are corresponding, is defined as issuing time the earliest by the issuing time of selection; And the issuing time that the newly-increased data selecting interval minimum are corresponding, the issuing time of selection is defined as issuing time the latest.
Further, after initial time and end time are formed fault information corresponding to these newly-increased data, fault information corresponding for these newly-increased data can be stored in tomography table.Wherein, the corresponding relation between initial time and end time can be stored in tomography table.Such as, the initial time that fault information corresponding to these newly-increased data comprises is 2014.4.1-3:02:05, and the end time is 2014.4.1-5:00:00, fault information corresponding for these newly-increased data can be stored in tomography table as shown in table 2 below.
Table 2
| Initial time | End time |
| 2014.3.30-14:00:00 | 2014.3.30-20:15:00 |
| 2014.3.31-8:00:00 | 2014.3.31-15:00:00 |
| 2014.4.1-3:02:05 | 2014.4.1-5:00:00 |
Alternatively, tomography sequence number can also be comprised in this fault information.Now to be the concrete operations of fault information corresponding to this newly-increased data creation can be client: client is that these newly-increased data arrange corresponding tomography sequence number; Issuing time the earliest and issuing time is the latest selected from the issuing time that these newly-increased data are corresponding; The issuing time the earliest selected is defined as initial time, and the issuing time the latest selected is defined as the end time; This tomography sequence number, initial time and end time are formed fault information corresponding to these newly-increased data.
Wherein, to be the concrete operations that these newly-increased data arrange corresponding tomography sequence number can be client: client obtains tomography sequence number maximum in the fault information stored, and increases the tomography sequence number of acquisition, obtains the tomography sequence number that these newly-increased data are corresponding.
Wherein, the concrete operations increasing the tomography sequence number obtained can be: the tomography sequence number obtained is increased by 1.
Further, after tomography sequence number, initial time and end time are formed fault information corresponding to these newly-increased data, fault information corresponding for these newly-increased data can be stored in tomography table.Wherein, tomography sequence number, corresponding relation between initial time and end time can be stored in this tomography table.
Such as, the maximum tomography sequence number that client obtains from the fault information stored is 2, and the tomography sequence number 2 of acquisition is increased by 1 by this client, and obtaining tomography sequence number corresponding to these newly-increased data is 3.If the initial time that fault information corresponding to these newly-increased data comprises is 2014.4.1-3:02:05, and the end time is 2014.4.1-5:00:00, fault information corresponding for these newly-increased data can be stored in tomography table as shown in table 3 below.
Table 3
| Tomography sequence number | Initial time | End time |
| 1 | 2014.3.30-14:00:00 | 2014.3.30-20:15:00 |
| 2 | 2014.3.31-8:00:00 | 2014.3.31-15:00:00 |
| 3 | 2014.4.1-3:02:05 | 2014.4.1-5:00:00 |
(2) if the newly-increased data of this tomography mark instruction are data all in first time period, then according to these newly-increased data, end time in the fault information stored is upgraded from the nearest fault information of current time.
Particularly, if the newly-increased data of this tomography mark instruction are data all in first time period, then from the fault information stored, select the end time from the nearest fault information of current time; Issuing time is the latest selected from the issuing time that these newly-increased data are corresponding; Is revised as issuing time the latest the end time in the fault information of selection.
Wherein, when client receives this tomography mark, if this tomography is designated the first numerical value, then client determines that these newly-increased data are data all in first time period, and now these newly-increased data are continuous with the historical data stored.According to these newly-increased data, the end time is obtained from the nearest fault information of current time from the fault information stored, and the issuing time end time of the fault information of acquisition is revised as in issuing time corresponding to newly-increased data the latest, obtain the 3rd fault information, the initial time of the 3rd fault information is the initial time of the fault information selected, and end time of the 3rd fault information is issuing time the latest in issuing time corresponding to newly-increased data.
Wherein, from the fault information stored, select the end time from the concrete operations of the nearest fault information of current time can be: calculate the interval between end time and current time that the fault information that stored comprises, select interval minimum end time, the fault information corresponding end time of selection is defined as the end time from the nearest fault information of current time.
Alternatively, when also comprising tomography sequence number in this fault information, according to these newly-increased data, upgrading end time in the fault information that stored from the concrete operations of the nearest fault information of current time can be: from the fault information stored, select the fault information that tomography sequence number is maximum; Fault information maximum for the tomography sequence number of selection is defined as the end time from the nearest fault information of current time.Issuing time is the latest selected from the issuing time that these newly-increased data are corresponding; Is revised as issuing time the latest the end time in the fault information of selection.
Wherein, client can obtain newly-increased data according to the step of above-mentioned 301-304, and is this newly-increased data genaration fault information according to the step of above-mentioned 305, and this fault information at least comprises initial time and end time.When obtaining newly-increased data according to the step of above-mentioned 301-305, and for after newly-increased data genaration fault information, if when this user wants to check layer data, the initial time that client can utilize the fault information generated in the step of above-mentioned 305 to comprise and end time, and show layer data according to the step of following 306-309.
Step 306: when receive obtain layer data instruction time, client according to the ascending order in the interval of the end time included by fault information and current time, selection two fault information from the fault information stored.
Wherein, obtain layer data instruction and can indicate client synchronous layer data from server.It can be that user triggers when wanting to check layer data that this acquisition increases data command newly, also can be that client periodically triggers.Preferably, this acquisition layer data instruction is that this user triggers when wanting to check layer data, can be arranged when developing by technical staff the triggering mode obtaining layer data instruction, also in use can be arranged by user, the embodiment of the present invention is not specifically limited this.
When obtaining layer data instruction and being triggered by user, user can by triggering this acquisition layer data instruction to the scheduled operation of client.Wherein, scheduled operation can be any one or several combination in acoustic control operation, keyboard operation, single-click operation, double click operation, multi-hit operation, prearranged gesture operation and slide.Preferably, this user can to this client display data display interface carry out slide, to trigger this acquisition layer data instruction.
Wherein, slide is divided into that upward sliding operates, slide downward operation, left slide and slide to the right.Upward sliding operation, slide downward operation, left slide or slide correspondence acquisition layer data instruction to the right can be set.Due to the data that layer data is between the newly-increased data of up-to-date acquisition and historical data, so generally, layer data is the below of the newly-increased data being presented at up-to-date acquisition in display list, so preferably, in order to consistent with DISPLAY ORDER, the instruction of slide downward operation corresponding acquisition layer data can be set.
Alternatively, when also comprising tomography sequence number in this fault information, client not only can according to the ascending order in the interval of the end time included by fault information and current time, two fault information are selected from the fault information stored, order that can also be descending according to the tomography sequence number included by fault information, selects two fault information from the fault information stored.
Step 307: client, according to two fault information selected, obtains the layer data that two fault information of selection are corresponding from server.
Particularly, this step can be divided into the step of (1)-(6) as follows to realize, and comprising:
(1), client using select two fault information in one as the first fault information, another is as the second fault information.
(2), client compares initial time and the end time of the first fault information and the second fault information.
(3), when the initial time of the first fault information is less than the initial time of the second fault information, and first end time of fault information when being less than the end time of the second fault information, obtain the end time of the first fault information, and obtain the initial time of the second fault information.
(4), user end to server sends synchronization data request, the end time of the first fault information and the initial time of the second fault information is carried in this synchronization data request, make server obtain data in the second time period, the second time period was the time period between the end time of the first fault information and the initial time of the second fault information.
Particularly, user end to server sends synchronization data request, carries the end time of the first fault information and the initial time of the second fault information in this synchronization data request.Server receives this synchronization data request, according to the end time of the first fault information and the initial time of the second fault information, determines for the second time period.From the data of server stores, obtain the data that issuing time is positioned at this second time period.The number of the data that statistics obtains, the number of Corpus--based Method, sends the data obtained to client.
Wherein, the number of Corpus--based Method, the concrete operations sending the data obtained to client can be: the number of statistics and default number threshold value are compared, if the number of statistics is less than or equal to default number threshold value, then send the data obtained to client.If the number of statistics is greater than default number threshold value, then according to the order that the interval of issuing time and current time is ascending, select to preset number threshold value bar data from the data obtained, send the data of selection to client.
Further, when the number of the data that server statistics obtains, server can arrange tomography mark according to the number of statistics, and tomography mark is sent to client.
Wherein, the detailed process that server arranges tomography mark according to the number of statistics is identical with the detailed process in above-mentioned steps 303, no longer specifically sets forth at this.
(5), the data of client reception server transmission.
(6), the data of reception are defined as the first fault information layer data corresponding with the second fault information by client.
Further, the tomography that client reception server sends identifies; If this tomography mark instruction layer data is not data all in the second time period, then the initial time of the second fault information is revised as issuing time the earliest in issuing time corresponding to this layer data; If this tomography mark instruction layer data is data all in the second time period, then the initial time of the second fault information is revised as the initial time of the first fault information, and deletes the first fault information.
Wherein, when tomography is designated second value, then determine that this layer data is not data all in the second time period, this layer data and data corresponding to the second fault information are continuous print, now, the initial time of the second fault information being revised as issuing time the earliest in issuing time corresponding to this layer data, is so to fault information corresponding for this layer data be merged in the second fault information.When tomography is designated the first numerical value, then determine that this layer data is data all in the second time period, the data that this layer data is corresponding with the first fault information and data corresponding to the second fault information are all continuous print, now, the initial time of the second fault information is revised as the initial time of the first fault information, and delete the first fault information, be so in order to fault information corresponding to the first fault information, the second fault information and layer data is merged into a fault information.
Such as, as shown in Figure 4, the display list shown in Fig. 4 comprises data corresponding to data corresponding to the first fault information, the second fault information and layer data.When the layer data obtained from server is not data all in the second time period, this display list can as shown in (a) figure in Fig. 4, now, fault information corresponding for layer data continuously, can be merged in the second fault information by the data that the second fault information is corresponding and layer data.When the layer data obtained from server is data all in the second time period, this display list can as shown in (b) figure in Fig. 4, now, the data that second fault information is corresponding and this layer data continuous, and also corresponding with the first fault information data of this layer data are continuous, fault information corresponding to the first fault information, the second fault information and this layer data can be merged into a fault information.
Wherein, the concrete operations initial time of the second fault information being revised as in issuing time corresponding to this layer data issuing time the earliest can be: the interval between the issuing time that computed tomography data are corresponding and current time, select the issuing time that interval is maximum, the issuing time of selection is defined as issuing time the earliest in issuing time corresponding to this layer data.The initial time of the second fault information is revised as this issuing time the earliest.
Step 308: if the number of the layer data obtained is less than or equal to default number threshold value, then select historical data from local historical data.
Particularly, the number of the layer data that statistics obtains, and the number of the layer data of statistics and default number threshold value are compared, if the number of layer data obtained is less than or equal to default number threshold value, then from the fault information stored, obtain the end time from the nearest fault information of current time; According to the initial time that the fault information of issuing time the earliest and acquisition in the layer data obtained comprises, determined for the 3rd time period; The historical data that issuing time was positioned at for the 3rd time period is obtained from local historical data.
Wherein, if the number of the layer data obtained is less than or equal to default number threshold value, the layer data namely obtained is all data in the second time period, now, the layer data obtained is continuous with the local historical data stored, as shown in (b) figure of Fig. 4.Because the layer data obtained is continuous with the local historical data stored, so after getting layer data, fault information corresponding to first fault information, the second fault information and layer data is merged into the 4th fault information, the initial time of the 4th fault information is the initial time of the first fault information, and the end time of the 4th fault information is the end time of the second fault information.The end time that now client obtains is the 4th fault information from the layer data that current time is nearest.Namely 3rd time period was the time period in the initial time of the 4th fault information and layer data between issuing time the earliest.Now, obtain the historical data that issuing time was positioned at for the 3rd time period from local historical data, the historical data in the 3rd time period is data corresponding to the first fault information as shown in (b) figure of Fig. 4.Because the data in the 3rd time period are stored in local historical data, so without the need to obtaining the data in the 3rd time period from server, save flow, and the speed obtaining data from this locality is greater than the speed obtaining data from server, reduces the speed obtaining data.
Wherein, if the number of the layer data obtained is greater than default number threshold value, then do not need to obtain historical data from local historical data.
Alternatively, when also comprising tomography sequence number in fault information, client obtains the end time and from the method for the nearest fault information of current time can also be from the fault information stored: from the fault information stored, select the fault information that tomography sequence number is maximum, and the fault information of selection is defined as the end time from the nearest fault information of current time.
Step 309: the layer data of acquisition and the historical data of selection are shown.
Particularly, according to the issuing time of layer data of acquisition and the issuing time of the historical data of selection, the historical data of the layer data obtained and selection is sorted, obtain the order of the historical data of layer data and the selection obtained.According to the order of historical data of the layer data obtained and selection, the layer data of acquisition and the historical data of selection are filled in display list and show.
Further, if the number of the layer data obtained is greater than default number threshold value, then the issuing time of the direct layer data according to obtaining, is filled into the layer data of acquisition in display list and shows.
In embodiments of the present invention, when client obtains newly-increased data from server, if client creates data tomography, then client can be this newly-increased data genaration fault information.After client is for newly-increased data genaration fault information, if when client receives and obtains layer data instruction, client according to the ascending order in the interval of the end time included by fault information and current time, can select two fault information from the fault information stored.According to two fault information selected, from server, obtain the layer data that this two fault information are corresponding.If when the number of layer data obtained is less than or equal to default number threshold value, the data that the layer data of acquisition just can be corresponding with two fault information selected are continuous.Now, then select historical data from local historical data, and without the need to again obtaining historical data from server, save flow, also reduce the time of display data, and then improve the efficiency of display data.
Fig. 5 is a kind of apparatus structure schematic diagram showing data that the embodiment of the present invention provides, and see Fig. 5, this device comprises:
First selects module 501, for when receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, this fault information at least comprises initial time and end time;
Acquisition module 502, for according to two fault information selected, obtains the layer data that two fault information of selection are corresponding from server;
Second selects module 503, if be less than or equal to default number threshold value for the number of the layer data obtained, then from local historical data, selects historical data;
Display module 504, for showing the historical data of this layer data and selection.
Alternatively, see Fig. 6, this device also comprises:
Sending module 505, for when receive obtain newly-increased data command time, send synchronization data request to server, this synchronization data request carries refresh time and this refresh time last time;
Receiver module 506, for receiving newly-increased data and the tomography mark of the transmission of this server, whether be first time period in all data to this tomography mark if being used to indicate these newly-increased data, first time period be last time refresh time and this refresh time between time period;
Generation module 507, for according to these newly-increased data and this tomography mark, generates the fault information that these newly-increased data are corresponding.
Alternatively, generation module 507 comprises:
Creating unit if be not data all in first time period for these newly-increased data of this tomography mark instruction, is then fault information corresponding to this newly-increased data creation;
Updating block, if are data all in first time period for these newly-increased data of this tomography mark instruction, then according to these newly-increased data, upgrades end time in the fault information that stored from the nearest fault information of current time.
Alternatively, creating unit comprises:
First chooser unit, if be not data all in first time period for these newly-increased data of this tomography mark instruction, then selects issuing time the earliest and issuing time the latest from issuing time corresponding to these newly-increased data;
Determine subelement, for this issuing time is the earliest defined as initial time, and this issuing time is the latest determined the end time;
Composition subelement, for forming fault information corresponding to these newly-increased data by this initial time and this end time.
Alternatively, updating block comprises:
Second chooser unit, if are data all in first time period for these newly-increased data of this tomography mark instruction, then selects the end time from the nearest fault information of current time from the fault information stored;
3rd chooser unit, for selecting issuing time the latest from issuing time corresponding to these newly-increased data;
Amendment subelement, for being revised as issuing time the latest by the end time in the fault information of selection.
Alternatively, acquisition module 502 comprises:
As unit, for will select two fault information in one as the first fault information, another is as the second fault information;
Comparing unit, for comparing initial time and the end time of the first fault information and the second fault information;
First acquiring unit, for being less than the initial time of the second fault information when the initial time of the first fault information, and first end time of fault information when being less than the end time of the second fault information, obtain the end time of the first fault information, and obtain the initial time of the second fault information;
Transmitting element, for sending synchronization data request to server, the end time of the first fault information and the initial time of the second fault information is carried in this synchronization data request, make this server obtain data in the second time period, the second time period was the time period between the end time of the first fault information and the initial time of the second fault information;
First receiving element, for receiving the data that this server sends;
First determining unit, for being defined as the first fault information layer data corresponding with the second fault information by the data of reception.
Alternatively, acquisition module 502 also comprises:
Second receiving element, is sent to tomography mark for receiving this server;
First amendment unit, if be not data all in the second time period for this layer data of this tomography mark instruction, is then revised as issuing time the earliest in issuing time corresponding to this layer data by the initial time of the second fault information;
Second amendment unit, if be data all in the second time period for this layer data of this tomography mark instruction, be then revised as the initial time of the first fault information, and delete the first fault information by the initial time of the second fault information.
Alternatively, second module 503 is selected to comprise:
Second acquisition unit, if be less than or equal to default number threshold value for the number of layer data obtained, then obtains the end time from the nearest fault information of current time from the fault information stored;
Second determining unit, for the initial time comprised according to the fault information of issuing time the earliest and acquisition in the layer data obtained, determined for the 3rd time period;
3rd acquiring unit, is positioned at the historical data of the 3rd time period for obtaining issuing time from local historical data.
In embodiments of the present invention, when client receive obtain layer data instruction time, client can according to the ascending order in the interval of the end time included by fault information and current time, selection two fault information from the fault information stored.According to two fault information selected, from server, obtain the layer data that this two fault information are corresponding.If when the number of layer data obtained is less than or equal to default number threshold value, the data that the layer data of acquisition just can be corresponding with two fault information selected are continuous.Now, then select historical data from local historical data, and without the need to again obtaining historical data from server, save flow, also reduce the time of display data, and then improve the efficiency of display data.
It should be noted that: the device of the display data that above-described embodiment provides is when showing data, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, internal structure by device is divided into different functional modules, to complete all or part of function described above.In addition, the device of the display data that above-described embodiment provides belongs to same design with the embodiment of the method for display data, and its specific implementation process refers to embodiment of the method, repeats no more here.
The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only memory, disk or CD etc.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (16)
1. show a method for data, it is characterized in that, described method comprises:
When receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, described fault information at least comprises initial time and end time;
According to two fault information selected, from server, obtain the layer data that two fault information of described selection are corresponding;
If the number of the layer data obtained is less than or equal to default number threshold value, then from local historical data, select historical data;
The historical data of described layer data and selection is shown.
2. the method for claim 1, it is characterized in that, described when receive obtain layer data instruction time, according to the order that the interval of the end time included by fault information and current time is ascending, select two fault information from the fault information stored before, also comprise:
When receive obtain newly-increased data command time, send synchronization data request to server, described synchronization data request carries refresh time and this refresh time last time;
Receive newly-increased data and the tomography mark of the transmission of described server, whether described tomography mark is used to indicate described newly-increased data is data all in first time period, described first time period be described last time refresh time and this refresh time described between time period;
According to described newly-increased data and described tomography mark, generate the fault information that described newly-increased data are corresponding.
3. method as claimed in claim 2, is characterized in that, described according to described newly-increased data and described tomography mark, generates the fault information that described newly-increased data are corresponding, comprising:
If the described newly-increased data of described tomography mark instruction are not data all in described first time period, be then fault information corresponding to described newly-increased data creation;
If the described newly-increased data of described tomography mark instruction are data all in described first time period, then according to described newly-increased data, upgrade end time in the fault information stored from the nearest fault information of current time.
4. method as claimed in claim 3, is characterized in that, described is fault information corresponding to described newly-increased data creation, comprising:
Issuing time the earliest and issuing time is the latest selected from the issuing time that described newly-increased data are corresponding;
Described issuing time is the earliest defined as initial time, and described issuing time is the latest determined the end time;
Described initial time and described end time are formed fault information corresponding to described newly-increased data.
5. method as claimed in claim 3, is characterized in that, described according to described newly-increased data, upgrades end time in the fault information stored from the nearest fault information of current time, comprising:
From the fault information stored, select the end time from the nearest fault information of current time;
Issuing time is the latest selected from the issuing time that described newly-increased data are corresponding;
Issuing time the latest described in end time in the fault information of selection is revised as.
6. the method for claim 1, is characterized in that, described two fault information according to selecting, obtain the layer data that two fault information of described selection are corresponding, comprising from server:
Using in two of described selection fault information as the first fault information, another is as the second fault information;
The initial time of more described first fault information and described second fault information and end time;
When the initial time of described first fault information is less than the initial time of described second fault information, and the end time of described first fault information is when being less than the end time of described second fault information, obtain the end time of described first fault information, and obtain the initial time of described second fault information;
Synchronization data request is sent to server, the end time of described first fault information and the initial time of described second fault information is carried in described synchronization data request, make described server obtain data in the second time period, described second time period is the time period between the end time of described first fault information and the initial time of described second fault information;
Receive the data that described server sends;
The data of reception are defined as the described first fault information layer data corresponding with described second fault information.
7. method as claimed in claim 6, is characterized in that, after the data that the described server of described reception sends, also comprises:
Receive described server and be sent to tomography mark;
If the described layer data of described tomography mark instruction is not data all in described second time period, then the initial time of described second fault information is revised as issuing time the earliest in issuing time corresponding to described layer data;
If the described layer data of described tomography mark instruction is data all in described second time period, then the initial time of described second fault information is revised as the initial time of described first fault information, and deletes described first fault information.
8. method as claimed in claim 7, is characterized in that, if the number of the layer data of described acquisition is less than or equal to default number threshold value, then from local historical data, selects historical data, comprising:
If the number of layer data obtained is less than or equal to default number threshold value, then from the fault information stored, obtain the end time from the nearest fault information of current time;
According to the initial time that the fault information of issuing time the earliest and acquisition in the layer data obtained comprises, determined for the 3rd time period;
The historical data that issuing time was positioned at for the 3rd time period is obtained from local historical data.
9. show a device for data, it is characterized in that, described device comprises:
First selects module, for when receiving acquisition layer data instruction, according to the order that the interval of the end time included by fault information and current time is ascending, from the fault information stored, select two fault information, described fault information at least comprises initial time and end time;
Acquisition module, for according to two fault information selected, obtains the layer data that two fault information of described selection are corresponding from server;
Second selects module, if be less than or equal to default number threshold value for the number of the layer data obtained, then from local historical data, selects historical data;
Display module, for showing the historical data of described layer data and selection.
10. device as claimed in claim 9, it is characterized in that, described device also comprises:
Sending module, for when receive obtain newly-increased data command time, send synchronization data request to server, described synchronization data request carries refresh time and this refresh time last time;
Receiver module, for receiving newly-increased data and the tomography mark of the transmission of described server, whether described tomography mark is used to indicate described newly-increased data is data all in first time period, described first time period be described last time refresh time and this refresh time described between time period;
Generation module, for according to described newly-increased data and described tomography mark, generates the fault information that described newly-increased data are corresponding.
11. devices as claimed in claim 10, it is characterized in that, described generation module comprises:
Creating unit if be not data all in described first time period for the described newly-increased data of described tomography mark instruction, is then fault information corresponding to described newly-increased data creation;
Updating block, if are data all in described first time period for the described newly-increased data of described tomography mark instruction, then according to described newly-increased data, upgrades end time in the fault information stored from the nearest fault information of current time.
12. devices as claimed in claim 11, it is characterized in that, described creating unit comprises:
First chooser unit, if be not data all in described first time period for the described newly-increased data of described tomography mark instruction, then selects issuing time the earliest and issuing time the latest from issuing time corresponding to described newly-increased data;
Determine subelement, for described issuing time is the earliest defined as initial time, and described issuing time is the latest determined the end time;
Composition subelement, for forming fault information corresponding to described newly-increased data by described initial time and described end time.
13. devices as claimed in claim 11, it is characterized in that, described updating block comprises:
Second chooser unit, if are data all in described first time period for the described newly-increased data of described tomography mark instruction, then selects the end time from the nearest fault information of current time from the fault information stored;
3rd chooser unit, for selecting issuing time the latest from issuing time corresponding to described newly-increased data;
Amendment subelement, for issuing time the latest described in being revised as the end time in the fault information of selection.
14. devices as claimed in claim 9, it is characterized in that, described acquisition module comprises:
As unit, for using in two of described selection fault information as the first fault information, another is as the second fault information;
Comparing unit, for initial time and the end time of more described first fault information and described second fault information;
First acquiring unit, for being less than the initial time of described second fault information when the initial time of described first fault information, and the end time of described first fault information is when being less than the end time of described second fault information, obtain the end time of described first fault information, and obtain the initial time of described second fault information;
Transmitting element, for sending synchronization data request to server, the end time of described first fault information and the initial time of described second fault information is carried in described synchronization data request, make described server obtain data in the second time period, described second time period is the time period between the end time of described first fault information and the initial time of described second fault information;
First receiving element, for receiving the data that described server sends;
First determining unit, for being defined as the described first fault information layer data corresponding with described second fault information by the data of reception.
15. devices as claimed in claim 14, it is characterized in that, described acquisition module also comprises:
Second receiving element, is sent to tomography mark for receiving described server;
First amendment unit, if be not data all in described second time period for the described layer data of described tomography mark instruction, then the initial time of described second fault information is revised as issuing time the earliest in issuing time corresponding to described layer data;
Second amendment unit, if be data all in described second time period for the described layer data of described tomography mark instruction, then the initial time of described second fault information is revised as the initial time of described first fault information, and deletes described first fault information.
16. devices as claimed in claim 15, is characterized in that, described second selects module to comprise:
Second acquisition unit, if be less than or equal to default number threshold value for the number of layer data obtained, then obtains the end time from the nearest fault information of current time from the fault information stored;
Second determining unit, for the initial time comprised according to the fault information of issuing time the earliest and acquisition in the layer data obtained, determined for the 3rd time period;
3rd acquiring unit, is positioned at the historical data of the 3rd time period for obtaining issuing time from local historical data.
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