CN106325885A - Method and device of displaying massive data - Google Patents
Method and device of displaying massive data Download PDFInfo
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- CN106325885A CN106325885A CN201610797745.4A CN201610797745A CN106325885A CN 106325885 A CN106325885 A CN 106325885A CN 201610797745 A CN201610797745 A CN 201610797745A CN 106325885 A CN106325885 A CN 106325885A
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- data
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/30—Creation or generation of source code
- G06F8/38—Creation or generation of source code for implementing user interfaces
Abstract
The invention discloses a method and device of displaying massive data. The method includes creating a node for a set of display data in memory and displaying the set of data on the display interface. With the slider movement of the display interface, a set of corresponding display data in the total data is created for the corresponding nodes to display the set of corresponding display data on the interface. The node is released from the memory simultaneously. The node includes controls for manipulating the display data, wherein the node is released from the memory. When displaying the next set of data of the technical scheme of the embodiment in the invention, displaying the next set of data of the technical scheme of the embodiment is to release the nodes of the last set of data. Because only a set of nodes that display the data on the display interface are loaded in memory, the loaning data is a nonlinear growth in memory when loading massive data. The invention saves a great deal of memory.
Description
Technical field
The present invention relates to computer interface Display Technique field, particularly to a kind of mass data display packing and device.
Background technology
Duilib is a powerful IDK, can user interface and process logic be completely separated, greatly
Ground improves the development efficiency of user interface.The appearance of Duilib IDK solves the traditional MFC interface database of use and opens
Feel like jelly part unsightly, interface treatment of details is bad, use that hard coded, development efficiency are low, generate the problems such as program volume is big.And
And tradition MFC interface beautifies storehouse and mostly use the technology bigger to systematic influence such as HOOK, may result in system unstable
Or cause other mistakes.And Duilib IDK is based entirely on GDI on window from painting, relies on without other, do not make
Call by special or dangerous system, it is possible to well solve the series of problems at tradition MFC interface.
But, due to a lot of controls for operating video data that Duilib IDK is compatible, such as List
Control, Tree control, when often showing one group of video data, the internal memory shared by video data itself is the most little, but for showing number
But sizable internal memory is occupied according to the control created.Prior art all creates control for all video datas, therefore
When video data is the most, the most for its control created, the most for its internal memory distributed, cause the use of internal memory
Measure the relation linear with data volume.When data volume is the biggest when, the video data being loaded on display interface is the most, institute
The Installed System Memory taken is the biggest, will have a strong impact on systematic function.
Summary of the invention
In view of this, it is an object of the invention to provide that a kind of can to make internal memory be that the mass data of non-linear growth shows
Method and device.
To achieve these goals, the invention provides a kind of mass data display packing, described method includes:
A node is created, to show described one group of video data at display interface for one group of video data in internal memory
On；
The action of the slide block according to display interface, creates corresponding knot for one group of corresponding video data in total data
Point, to show on display interface by described one group of corresponding video data, releases a described node from described internal memory meanwhile
Put；
Wherein, described node includes the control for operating described video data.
As preferably, video data shows on display interface, including:
Storage rule based on video data extracts the video data in internal memory；
With list mode, video data is shown on described display interface.
As preferably, described method also includes:
Data total amount according to total data arranges the total length of described slide block.
As preferably, the total length of described slide block is set according to the data total amount of total data, including:
For the data of every deployed condition in described total data, by the father node of this data and the son under father node
Node all counts the total amount of described data；
For the data of every folded state in described total data, the father node of this data is counted described data total
Amount.
As preferably, described method also includes:
The degree of depth according to described father node arranges the indentation level of every data in described total data；
Type according to described every data arranges the icon type that this data shows on described display interface.
As preferably, the icon that this data shows on described display interface is set according to the type of described every data
Type, including:
If the type of this data is class, then the icon type that this data shows on described display interface is set to
Unfolded icon；
If the type of this data is method, then the icon type shown on described display interface by this data is arranged
For protected mode icon.
The present invention also provides for a kind of mass data display device, including:
Node module, is configured to create a node for one group of video data in internal memory, with by described one group of video data
Display is on display interface, and described node includes the control for operating described video data；
Described node module, is additionally configured to the action of the slide block according to display interface, corresponding for a group in total data
Video data creates corresponding node, to show on display interface by described one group of corresponding video data, meanwhile, by described
One node discharges from described internal memory.
As preferably, described node module, also include:
Extracting submodule, the storage rule being configured to video data extracts the video data in internal memory；
Display sub-module, is configured to be shown on described display interface by video data with list mode.
As preferably, described device also includes:
First arranges module, for arranging the total length of described slide block according to the data total amount of total data.
As preferably, described first arranges module specifically includes:
First arranges submodule, and it is by under the father node of the data of every deployed condition in described total data and father node
Child node all count described data total amount；And
Second arranges submodule, and the father node of the data of every folded state in described total data is counted described number by it
According to total amount.
As preferably, described device also includes:
Second arranges module, for arranging the indentation of the every data in described total data according to the degree of depth of described father node
Level；
3rd arranges module, shows on described display interface for arranging this data according to the type of described every data
The icon type shown.
As preferably, the described 3rd arranges module, including:
3rd arranges submodule, for when the type of this data is class, by this data on described display interface
The icon type of display is set to unfolded icon；
4th arranges submodule, for when the type of this data is method, by this data at described display interface
The icon type of upper display is set to protected mode icon.
Compared with prior art, the method have the advantages that the technical scheme of the embodiment of the present invention is according to slide block
Action, the node release of the one group of video data shown by the display interface stored in internal memory, and is relative with slide block action
The video data answered creates new node, to show on described display interface by the video data of this correspondence, due at internal memory
In only load the node of one group of video data being currently displayed on display interface, when showing next group video data, the most right
The node of upper one group of video data discharges, and therefore when loading mass data, the data that internal memory is loaded are in non-linear
Increase, save internal memory.Present invention can apply to the multiple interface database of increasing income including Duilib.
Accompanying drawing explanation
Fig. 1 is the flow chart of the embodiment one of the mass data display packing of the present invention；
Fig. 2 is the flow chart of the embodiment two of the mass data display packing of the present invention；
Fig. 3 is the schematic diagram of the embodiment one of the mass data display device of the present invention；
Fig. 4 is the schematic diagram of the embodiment two of the mass data display device of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment, the detailed description of the invention of the present invention is described in further detail.Hereinafter implement
Example is used for illustrating the present invention, but is not limited to the scope of the present invention.
Fig. 1 is the flow chart of the embodiment one of the mass data display packing of the present invention, as it is shown in figure 1, the present embodiment
Mass data display packing, specifically may include steps of:
S101, creates a node for one group of video data in internal memory, to show one group of video data at display interface
On.
Wherein, node includes the control for operating video data.
Specifically, for the epoch of current mass data fast development, a lot of users operationally cannot avoid in data
Measure in the biggest total data and retrieve or excavate, but user can not check all of mass data, even if thinking simultaneously
Checking all of mass data, display interface is also limited, therefore, in the case of the data volume of mass data is very big,
One of which data can only be shown on display interface by packet.Those skilled in the art should be it is recognised that show
Interface, when showing video data, the most only shows video data itself, but is also required to be video data and creates aobvious for carrying
The node of registration evidence, and the internal memory that the internal memory shared by this node is shared much larger than video data itself.
Specifically, node includes the control for operating video data, such as, display interface control, chart control, image
Process control, document process control.
S102, according to the action of the slide block of display interface, creates corresponding for one group of corresponding video data in total data
Node, so that one group of corresponding video data is shown on display interface, meanwhile, by the node that creates in S101 from internal memory
Release.
Specifically, owing to user is when checking related data, not only see one group of data, in addition it is also necessary to slide block is operated,
That is slide block is operable to change the position of slide block, or can also be rotated by the roller on mouse, change
The position of slide block, in order to the video data that display is corresponding with the new position of slide block on display interface.Wherein, slide block is
One in display interface control.When to show corresponding with slide position new video data, for new video data
Create one group of new node, the node that the video data of previous group for it in internal memory is created is discharged simultaneously, due to aobvious
The internal memory that registration accounts for according to itself is less, and the internal memory shared by node is very big, therefore, is discharged by node, it is possible to avoid
Take too much internal memory, affect the performance of system.
The technical scheme of the present embodiment according to the action of slide block, will be display interface shows before slide block action one in internal memory
The node release of group data creation, and be that the video data corresponding with slide block action creates corresponding new node, with by correspondence
Video data show on display interface, owing to only loading be currently displayed on display interface one group display number in internal memory
According to node, when show next group data time, i.e. the node of upper one group of data is discharged, therefore load mass data
Time, the data that internal memory is loaded are non-linear growth, save internal memory.
Fig. 2 is the flow chart of the embodiment two of the mass data display packing of the present invention, and the mass data of the present embodiment shows
Show that method, on the basis of above-described embodiment one, introduces technical scheme the most in further detail.As in figure 2 it is shown,
The mass data display packing of the present embodiment, specifically may include steps of:
S201, arranges the total length of slide block according to the data total amount of total data.
Specifically, it will be recognized by those skilled in the art that in terminal, as on the display interface of computer during video data,
When data volume is bigger, data show can not be complete, then by arranging slide block, make adjustment show by the shift action of slide block
The data of display on interface.The length of slide block is determined by data total amount to be shown.
Specifically, typically use due to data Storage Structure of Tree to store, for Storage Structure of Tree, exist
The expansion of node and folding problem, when a certain data stores as father node in Storage Structure of Tree, if its child node
In folded state, then will not show the part folded up on display interface.Therefore, step S201 may include that A, for
The data of every deployed condition in total data, all count data by the father node of this data with the child node under father node
Total amount；B, for the data of every folded state in total data, counts data total amount by the father node of this data.
S202, arranges the indentation level of every data in total data according to the degree of depth of father node.
Specifically, data are Storage Structure of Tree in terminal, such as the storage form in the memorizer in computer, tree-like deposit
A kind of example of storage structure is as follows:
This total data includes four data altogether, and according to the map that is stored in of numeric order, this four data is mapped literary composition
In part mapIndex2TreeNode, create a List View control (list control), and a slider control
(ScrollBar control), wherein the structure of every data is as follows:
During the data total amount of the evidence that totalizes, if a data is the state launched, then add according to father node number
All child nodes, if the child node of folded state so this data is all not counted in total quantity, are arranged according to this quantity
The total length of ScrollBar slide block.
Furthermore, it is possible to arrange indentation according to the degree of depth of node, the type always according to data arranges icon type.
S203, arranges, according to the type of every data, the icon type that this data shows on display interface.
Specifically, step S203 includes: C, if the type of this data is class, is then shown on display interface by this data
The icon type shown is set to unfolded icon；D, if the type of this data is method, then by this data on display circle
On face, the icon type of display is set to protected mode icon.
Such as, using the icon of a triangles as unfolded icon, represent that the type of this data is class.
S204, creates a node for one group of video data in internal memory, to show one group of video data at display interface
On.
Wherein, node includes the control for operating video data.
Specifically, for the epoch of current mass data fast development, a lot of users operationally cannot avoid in data
Measure in the biggest total data and retrieve or excavate, but user can not check all of mass data, even if thinking simultaneously
Checking all of mass data, display interface is also limited, therefore, in the case of the data volume of mass data is very big,
One of which data can only be shown on display interface by packet.Those skilled in the art should be it is recognised that show
Interface, when showing video data, the most only shows video data itself, but is also required to be video data and creates aobvious for carrying
The node of registration evidence, and the internal memory that the internal memory shared by this node is shared much larger than video data itself.
Specifically, node includes the control for operating video data, such as, display interface control, chart control, image
Process control, document process control.
Specifically, when showing one group of video data, also include that the process that data prepare, i.e. step S204 include: A, base
Storage rule in video data extracts the video data in internal memory；B, shows video data at display interface with list mode
On.Such as, the storage rule of data is Storage Structure of Tree, then when extracting the video data in internal memory, can be according to joint
The numeric order of point is extracted, and shows on display interface with list mode.
Specifically, according to above step to the length of slide block and the indentation level of data and icon type to be shown, can
To determine in the position of display interface top shoe, the indentation situation of this video data, icon type to be shown etc. are all to show
Show the element on display interface, when loading one group of data, it is possible to be also loaded on display interface by above-mentioned element simultaneously
Come.
S205, according to the action of the slide block of display interface, creates corresponding for one group of corresponding video data in total data
Node, so that one group of corresponding video data is shown on display interface, meanwhile, by the node that creates in S204 from internal memory
Release.
Specifically, when being originally implemented in showing video data, all can perform the step that data prepare, say, that step every time
S205 also includes: C, and storage rule based on video data extracts the video data in internal memory；D, will show number with list mode
According to display on display interface.Such as, the storage rule of data is Storage Structure of Tree, then the display number in extracting internal memory
According to time, can extract according to the numeric order of node, and show on display interface with list mode.
Specifically, owing to user is when checking related data, not only see one group of data, in addition it is also necessary to slide block is operated,
That is slide block is operable to change the position of slide block, or can also be rotated by the roller on mouse, change
The position of slide block, in order to the video data that display is corresponding with the new position of slide block on display interface.Wherein, slide block is
One in display interface control.While the new video data that display is corresponding with slide position, for new display number
According to creating one group of new node, the node that the video data of previous group for it in internal memory is created is discharged simultaneously, due to
The internal memory that video data itself accounts for is less, and the internal memory shared by node is very big, therefore, is discharged by node, it is possible to keep away
Exempt to take too much internal memory, affect the performance of system.Therefore this method is used to process the quantity of data, speed and friendly interface
Degree all has greatly improved.
In prior art showing mass data when, show in the way of list Pagination Display, this display
Relational hierarchy between the data of mode is unclear, it appears the most chaotic.The technical scheme of the present embodiment can be according to father node
The degree of depth arranges the indentation level of every data in total data, arranges the length of slide block, it is also possible to arrange the icon class of video data
Type, therefore when loading mass data, uses tree-like mode clearly display data.
Fig. 3 is the schematic diagram of the embodiment one of the mass data display device of the present invention, as it is shown on figure 3, the present embodiment
Mass data display device, specifically can include node module 31.
Node module 31, is configured to create a node for one group of video data in internal memory, to be shown by one group of video data
Showing on display interface, node includes the control for operating video data；
Node module 31, is additionally configured to the action of the slide block according to display interface, shows accordingly for a group in total data
Show the corresponding node of data creation, to show on display interface by one group of corresponding video data, meanwhile, by a node from interior
Deposit middle release.
The mass data display device of the present embodiment, realizes machine by what mass data was shown by the above-mentioned module of employing
Make identical with the realization mechanism of the mass data display packing of above-mentioned embodiment illustrated in fig. 1, be referred in detail shown in above-mentioned Fig. 1
The record of embodiment, does not repeats them here.
Fig. 4 is the schematic diagram of the embodiment two of the mass data display device of the present invention, and the mass data of the present embodiment shows
Showing device, on the basis of embodiment as shown in Figure 3, introduces technical scheme the most in further detail.Such as Fig. 4
Shown in, the mass data display device of the present embodiment, may include that further
Node module 31, also includes:
Extracting submodule 311, the storage rule being configured to video data extracts the video data in internal memory；
Display sub-module 312, is configured to be shown on display interface by video data with list mode.
First arranges module 41, for arranging the total length of slide block according to the data total amount of total data.
First arranges module 41 specifically includes:
First arranges submodule 411, and it is by under the father node of the data of every deployed condition in total data and father node
Child node all count data total amount；And
Second arranges submodule 412, and it is total that the father node of the data of every folded state in total data is counted data by it
Amount.
This device also includes:
Second arranges module 42, for arranging the indentation level of the every data in total data according to the degree of depth of father node；
3rd arranges module 43, for arranging, according to the type of every data, the figure that this data shows on display interface
Mark type.
3rd arranges module 43, including:
3rd arranges submodule 431, for when the type of this data is class, is shown by this data on display interface
The icon type shown is set to unfolded icon；
4th arranges submodule 432, for when the type of this data is method, by this data on display interface
The icon type of display is set to protected mode icon.
The mass data display device of the present embodiment, realizes machine by what mass data was shown by the above-mentioned module of employing
Make identical with the realization mechanism of the mass data display packing of above-mentioned embodiment illustrated in fig. 2, be referred in detail shown in above-mentioned Fig. 2
The record of embodiment, does not repeats them here.
Above example is only the exemplary embodiment of the present invention, is not used in the restriction present invention, protection scope of the present invention
It is defined by the claims.The present invention can be made respectively in the essence of the present invention and protection domain by those skilled in the art
Planting amendment or equivalent, this amendment or equivalent also should be regarded as being within the scope of the present invention.
Claims (12)
1. a mass data display packing, it is characterised in that described method includes:
A node is created, to be shown on display interface by described one group of video data for one group of video data in internal memory；
The action of the slide block according to display interface, creates corresponding node for one group of corresponding video data in total data, with
Described one group of corresponding video data is shown on display interface, a described node is discharged from described internal memory meanwhile；
Wherein, described node includes the control for operating described video data.
Method the most according to claim 1, it is characterised in that video data shows on display interface, including:
Storage rule based on video data extracts the video data in internal memory；
With list mode, video data is shown on described display interface.
Method the most according to claim 1, it is characterised in that described method also includes:
Data total amount according to total data arranges the total length of described slide block.
Method the most according to claim 3, it is characterised in that described slide block is set according to the data total amount of total data
Total length, including:
For the data of every deployed condition in described total data, by the father node of this data and the child node under father node
All count the total amount of described data；
For the data of every folded state in described total data, the father node of this data is counted described data total amount.
Method the most according to claim 4, it is characterised in that described method also includes:
The degree of depth according to described father node arranges the indentation level of every data in described total data；
Type according to described every data arranges the icon type that this data shows on described display interface.
Method the most according to claim 5, it is characterised in that this data is set according to the type of described every data and exists
The icon type of display on described display interface, including:
If the type of this data is class, then it is set to the icon type that this data shows on described display interface launch
Fold icon；
If the type of this data is method, then it is set to the icon type that this data shows on described display interface protect
Protect mode icon.
7. a mass data display device, it is characterised in that described device includes:
Node module, is configured to create a node for one group of video data in internal memory, to be shown by described one group of video data
On display interface, described node includes the control for operating described video data；
Described node module, is additionally configured to the action of the slide block according to display interface, shows accordingly for a group in total data
The corresponding node of data creation, to show on display interface by described one group of corresponding video data, meanwhile, by a described knot
Point discharges from described internal memory.
Device the most according to claim 7, it is characterised in that described node module, also includes:
Extracting submodule, the storage rule being configured to video data extracts the video data in internal memory；
Display sub-module, is configured to be shown on described display interface by video data with list mode.
Device the most according to claim 7, it is characterised in that described device also includes:
First arranges module, is configured to the data total amount according to total data and arranges the total length of described slide block.
Device the most according to claim 9, it is characterised in that described first arranges module specifically includes:
First arranges submodule, be configured to the father node of data by every deployed condition in described total data with under father node
Child node all count described data total amount；And
Second arranges submodule, and the father node being configured to the data by every folded state in described total data counts described number
According to total amount.
11. devices according to claim 10, it is characterised in that described device also includes:
Second arranges module, is configured to the degree of depth according to described father node and arranges the indentation layer of the every data in described total data
Level；
3rd arranges module, is configured to the type according to described every data and arranges this data and show on described display interface
Icon type.
12. devices according to claim 11, it is characterised in that the described 3rd arranges module, including:
3rd arranges submodule, is configured to when the type of this data is class, is shown by this data on described display interface
The icon type shown is set to unfolded icon；
4th arranges submodule, is configured to when the type of this data is method, by this data on described display interface
The icon type of display is set to protected mode icon.
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