CN106897361B - Label page grouping management system and method based on tree structure - Google Patents
Label page grouping management system and method based on tree structure Download PDFInfo
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Abstract
The invention provides a label page grouping management system and method based on a tree structure, wherein the system comprises a link route intercepting module: intercepting the operation that a user clicks a link and routing switching possibly needs to be displayed in a tab page, and storing the page content in a tag page content storage module; a tab page content storage module: the method is used for storing specific page content corresponding to the opened link or route, and is convenient for rapidly displaying the label page content after label switching; the tab page content control module: and controlling the content of the tab page to be rendered and displayed on the page according to the output of the tab page hierarchical structure control module. The invention can simultaneously check a plurality of data details from the tree structure in one page, can clearly maintain the context of the tree structure when checking the content of the tab page, and improves the usability of checking a plurality of tab pages.
Description
Technical Field
The present invention relates to a tab page grouping management system and method, and more particularly, to a tab page grouping management system and method based on a tree structure.
Background
When the content based on the tree structure is viewed in the same webpage or WEB application interface, because the directory lists of the hierarchical structure are usually more, the content of the complex hierarchy can be viewed very complicated and redundant; in order to improve the efficiency and the usability of a user for checking and switching labels, the invention provides a hierarchical analysis module, a hierarchical management module, a label page grouping hierarchical display component and the like, so that the opened new label pages are distributed to the opened similar label page groups or the new label page groups are created based on the context relationship of the opened content and the internal page structure relationship of the system, and the tree structure relationship of the content in the system is kept in the groups.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a label page grouping management system and method based on a tree structure, which can be used for checking a plurality of label pages clearly and simultaneously and improving the efficiency and the usability of checking and switching labels by a user.
According to an aspect of the present invention, the present invention provides a tab page grouping management system based on a tree structure, comprising:
the link route intercepting module: intercepting the operation that a user clicks a link and routing switching possibly needs to be displayed in a tab page, and storing the page content in a tag page content storage module;
a tab page content storage module: the method is used for storing specific page content corresponding to the opened link or route, and is convenient for rapidly displaying the label page content after label switching;
the tab page content control module: controlling the content of the tab page to be rendered and displayed on the page according to the output of the tab page hierarchical structure control module;
a tab page content rendering module: rendering the content of the page in the tab page to a content area of the tab page in the page by using HTML, CSS and JS technologies;
the routing hierarchy extraction module: extracting the hierarchical relation corresponding to the link or the address according to the link or the routing information for subsequent hierarchical analysis;
an overall hierarchy extraction module: when a link is clicked for the first time or a route is switched in a page, traversing all page addresses needing to be displayed in a label page in a system according to link or route information, and extracting page hierarchy relation data;
the overall hierarchical structure analysis module: analyzing and sorting the extracted hierarchical relation data, and converting the data format into a JSON data format with hierarchical relation for displaying an interface tag page;
a hierarchical structure storage module: the system is used for storing JSON data of all hierarchical structures of the system so as to be convenient for analyzing and controlling tag page groups of a tree structure;
the label page hierarchy analysis module: comparing and analyzing the routing hierarchy corresponding to the current link or route with the overall hierarchical structure in the hierarchical structure storage module to determine the hierarchy of the current node;
the label page level rule engine module: defining rules and algorithms for grouping and displaying the label pages according to the tree structure, and determining the display mode of the opened nodes on the label bar, such as adding labels, combining labels and adding lower menus in label grouping;
the label page hierarchy management module: reconstructing label data and related identification information thereof in a label column according to a label opening rule in a label page level rule engine module;
the label page hierarchical structure control module: controlling the display, hiding, grouping and switching of the label pages in the page according to the label data and the related identification information in the label bar;
a tab page rendering module: rendering the labels, label groups and label state interface elements to be displayed in a page label bar area;
the page interaction control module: and intercepting the operation of the user on various interface elements of the label page and the menu, responding to the operation of the user and controlling the corresponding effect or change of the page elements in time.
The invention also provides a label page grouping management method based on the tree structure, which is characterized by comprising the following steps:
step one, dynamically establishing a label page level data cache; when a user clicks a tree structure child node or a link with a multi-level relation to check details, acquiring the level data of the node, dynamically establishing a corresponding label page level data cache according to the level relation, and storing known label page level structure relation data;
analyzing the hierarchy to which the current pre-opened content belongs; when a label page is ready to be opened, according to a label page level data caching module, obtaining a level to which the label page belongs in a label page level analysis module; if the label hierarchical relationship does not exist in the label page management system, establishing and storing the hierarchical relationship data;
step three: analyzing whether the pre-opened content is opened; in order to display the tab page as required and not display redundant content, whether the current node has an 'identification A' attribute is checked for the data which is acquired by traversing the tab page management system for the user, if the attribute is contained, the 'identification A' attribute is added to the node when the node is pre-opened, and in order to display the level of the node, the attribute is also added to all father nodes of the node, and the attribute is also added to all father nodes of the node;
step four: analyzing whether the pre-opened content is the current display content; checking whether the current node has an 'identification B' attribute by traversing data acquired by a 'label page management system', and if the current node contains the attribute, adding the 'identification B' attribute to the current node when the current node is pre-opened; in order not to repeatedly open the same tab page, the "tab page identifier management module" needs to store the currently displayed tab in real time, and adds an "identifier B" to the currently displayed page;
step five: displaying a tab page title; traversing label page data in the label page management system, displaying all the levels or nodes of the identifier A in a label page menu bar, and selecting the label page displayed with the identifier B; traversing label page data of a label page management system, extracting node data with an identifier A, and constructing all node arrays comprising the identifier A data; reading the array, and rendering to generate all tag titles;
step six: displaying a tab page; when the tab page is selected, the data related to the tab is obtained from the tab page management system, the data related to the tab page is obtained through the butt joint with the back-end service, the content of the tab page is displayed by using a tab page content rendering module, and the data is stored in a tab page content storage module; meanwhile, according to the current display page, the link is highlighted in the tree structure correspondingly;
step seven: managing the tab pages; the user can open the tab page and close the tab page; clicking a closing button to obtain current label data, removing the mark A of the node in a label page management system, finding a father node upwards, and removing the mark A if the father node only has a current child node; if there is "mark B", the mark B is also removed.
Preferably, the first step comprises the steps of:
step eleven, acquiring current node data; when a link is clicked, the position and the data of the node are obtained through a routing level extraction module;
step twelve, establishing the data of the tree structure where the node is located; according to the position of the node, finding out the own point data of brother nodes of all father nodes of the node through a hierarchical structure extraction module;
thirteen, storing the tree structure data into a hierarchical structure storage module through a hierarchical structure analysis module;
and step fourteen, establishing a label page level data cache according to the data in the level structure storage module.
Compared with the prior art, the invention has the following beneficial effects: the invention can simultaneously check a plurality of data details from the tree structure in one page, can clearly maintain the context of the tree structure when checking the content of the tab page, and improves the usability of checking a plurality of tab pages.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
FIG. 1 is a flow chart of the method of the present invention.
Fig. 2 is a schematic diagram of the system of the present invention.
Detailed Description
The present invention will be described in detail with reference to specific examples. The following examples will assist those skilled in the art in further understanding the invention, but are not intended to limit the invention in any way. It should be noted that variations and modifications can be made by persons skilled in the art without departing from the spirit of the invention. All falling within the scope of the present invention.
As shown in fig. 1, the method for managing tab page groups based on tree structure of the present invention comprises the following steps:
step one, dynamically establishing a label page level data cache; when a user clicks a tree structure child node or a link with a multi-level relation to check details, the level data of the node is obtained, a corresponding label page level data cache is dynamically established according to the level relation, and known label page level structure relation data are stored.
Analyzing the hierarchy to which the current pre-opened content belongs; when a label page is ready to be opened, obtaining the level of the label page in a label page level analysis module according to a label page level data caching module; if the label hierarchical relationship does not exist in the label page management system, the hierarchical relationship data is established and stored.
Step three: it is analyzed whether the pre-open content has been opened. In order to display the tab page as required and not display redundant content, whether the current node has an attribute of 'identification A' is checked for data acquired by traversing a 'tab page management system' for a user, if the attribute is contained, the attribute of 'identification A' is added to the node during pre-opening, and in order to display the hierarchy of the node, the attribute is also added to all father nodes of the node, and the attribute is also added to all father nodes of the node.
Step four: whether the pre-opened content is the current display content is analyzed. And checking whether the current node has an 'identification B' attribute by traversing the data acquired by the 'label page management system', and if the attribute is contained, adding the 'identification B' attribute to the current node during pre-opening. In order not to repeatedly open the same tab page, the "tab page identifier management module" needs to store the currently displayed tab in real time, and adds the "identifier B" to the currently displayed page "
Step five: displaying a tab page title; and traversing the tab page data in the tab page management system, displaying all the levels or nodes of the identifier A in a tab page menu bar, and selecting the tab page displayed with the identifier B. And traversing the label page data in the label page management system, extracting the node data with the identifier A, and constructing all node arrays comprising the identifier A data. Reading the array, and rendering to generate all the tag titles.
Step six: displaying a tab page; when the tab page is selected, the data related to the tab is obtained from the tab page management system, the data related to the tab page is obtained by being in butt joint with a back-end service, the content of the tab page is displayed by using a tab page content rendering module, and the data is stored in a tab page content storage module. And simultaneously, according to the current display page, correspondingly highlighting the link in the tree structure.
Step seven: managing the tab pages; the user can close the tab page in addition to opening the tab page. Clicking a closing button to obtain current label data, removing the mark A of the node in a label page management system, finding a father node upwards, and removing the mark A if the father node only has a current child node; if there is "mark B", the mark B is also removed.
The first step comprises the following steps:
step eleven, acquiring current node data; and when the link is clicked, the position and the data of the node are obtained through the routing level extraction module.
Step twelve, establishing the data of the tree structure where the node is located. And finding out the own point data of all father node brother nodes of the node through a hierarchical structure extraction module according to the position of the node.
And thirteen, storing the tree structure data into a hierarchical structure storage module through a hierarchical structure analysis module.
And step fourteen, establishing a label page level data cache according to the data in the level structure storage module.
The third step comprises the following steps:
thirty-one, in order to display the tab page as required, no redundant content is displayed. Adding an identifier A to all the labels clicked and pre-opened by the users;
step thirty-two, in order to show the affiliated level of the node at the same time, add "label A" for all father nodes of the node;
as shown in fig. 2, the tab page grouping management system based on the tree structure includes the following modules:
the link route intercepting module: intercepting operations such as user clicking link, route switching and the like which may need to be displayed in the tab page, and storing the page content in the tag page content storage module.
A tab page content storage module: the method is used for storing the specific page content corresponding to the opened link or route, and is convenient for rapidly displaying the tab page content after the tab is switched.
The tab page content control module: and controlling the content of the tab page to be rendered and displayed on the page according to the output of the tab page hierarchical structure control module.
A tab page content rendering module: and rendering the content of the page in the tab page to a content area of the tab page in the page by using HTML, CSS and JS technologies.
The routing hierarchy extraction module: and extracting the hierarchical relation corresponding to the link or the address according to the link or the routing information for subsequent hierarchical analysis.
An overall hierarchy extraction module: when the link is clicked for the first time or the route is switched in the page, all page addresses needing to be displayed in the label page in the system are traversed according to the link or the route information, and page hierarchy relation data are extracted.
The overall hierarchical structure analysis module: and analyzing and sorting the extracted hierarchical relationship data, and converting the data format into a JSON data format with hierarchical relationship for displaying an interface tag page.
A hierarchical structure storage module: the method is used for storing JSON data of all hierarchies of a system so as to analyze and control tag page groups of a tree structure.
The label page hierarchy analysis module: and comparing and analyzing the routing hierarchy corresponding to the current link or route with the overall hierarchical structure in the hierarchical structure storage module to determine the hierarchy of the current node.
The label page level rule engine module: and defining rules and algorithms for grouping and displaying the label pages according to the tree structure, and determining the display mode of the opened nodes on the label bar, such as adding labels, combining labels, adding lower menus in label groups and the like.
The label page hierarchy management module: and reconstructing the label data and the related identification information thereof in the label column according to the label opening rule in the label page level rule engine module.
The label page hierarchical structure control module: and controlling the display, hiding, grouping, switching and the like of the label pages in the page according to the label data and the related identification information in the label column.
A tab page rendering module: and rendering interface elements such as labels, label groups, label states and the like to be displayed in the tab bar area of the page.
The page interaction control module: the operation of the user on various interface elements such as a label page, a menu and the like is intercepted, the operation of the user is responded, and the corresponding effect or change of the page elements is controlled in time.
The foregoing description of specific embodiments of the present invention has been presented. It is to be understood that the present invention is not limited to the specific embodiments described above, and that various changes and modifications may be made by one skilled in the art within the scope of the appended claims without departing from the spirit of the invention.
Claims (2)
1. A tab page grouping management system based on a tree structure, comprising:
the link route intercepting module: intercepting the operation that a user clicks a link and the routing switching needs to be displayed in a tab page, and storing the page content in a tag page content storage module;
a tab page content storage module: the method is used for storing specific page content corresponding to the opened link or route, and is convenient for rapidly displaying the label page content after label switching;
the tab page content control module: controlling the content of the tab page to be rendered and displayed on the page according to the output of the tab page hierarchical structure control module;
a tab page content rendering module: rendering the content of the page in the tab page to a content area of the tab page in the page by using HTML, CSS and JS technologies;
the routing hierarchy extraction module: extracting the hierarchical relation corresponding to the link or route information according to the link or route information for subsequent hierarchical analysis;
an overall hierarchy extraction module: when a link is clicked for the first time or a route is switched in a page, traversing all page addresses needing to be displayed in a label page in a system according to link or route information, and extracting page hierarchy relation data;
the overall hierarchical structure analysis module: analyzing and sorting the extracted hierarchical relation data, and converting the data format into a JSON data format with hierarchical relation for displaying an interface tag page;
a hierarchical structure storage module: the system is used for storing JSON data of all hierarchical structures of the system so as to be convenient for analyzing and controlling tag page groups of a tree structure;
the label page hierarchy analysis module: comparing and analyzing the routing hierarchy corresponding to the current link or route with the overall hierarchical structure in the hierarchical structure storage module to determine the hierarchy of the current node;
the label page level rule engine module: defining rules and algorithms for grouping and displaying the tab pages according to the tree structure, determining the display mode of the opened nodes on the tab bar,
the label page hierarchy management module: reconstructing label data and related identification information thereof in a label column according to a label opening rule in a label page level rule engine module;
the label page hierarchical structure control module: controlling the display, hiding, grouping and switching of the label pages in the page according to the label data and the related identification information in the label bar;
a tab page rendering module: rendering the labels, label groups and label state interface elements to be displayed in a page label bar area;
the page interaction control module: and intercepting the operation of the user on various interface elements of the label page and the menu, responding to the operation of the user and controlling the corresponding effect or change of the page elements in time.
2. A label page grouping management method based on a tree structure is characterized by comprising the following steps:
step one, dynamically establishing a label page level data cache; when a user clicks a tree structure child node or a link with a multi-level relation to check details, acquiring the level data of the node, dynamically establishing a corresponding label page level data cache according to the level relation, and storing known label page level structure relation data;
step two, analyzing the hierarchy to which the current pre-opened content belongs: when a label page is ready to be opened, according to a label page level data caching module, obtaining a level to which the label page belongs in a label page level analysis module; if the label hierarchical relationship does not exist in the label page management system, establishing and storing the hierarchical relationship data;
step three: analyzing whether the pre-opened content is opened: in order to display the tab page as required and not display redundant content, whether the current node has an 'identification A' attribute is checked for data acquired by traversing a tab page management system for a user, if the attribute is contained, an 'identification A' attribute identification mark is added for the node when the node is pre-opened, and in order to display the level of the node, the attribute is also added for all father nodes of the node;
step four: analyzing whether the pre-opened content is the current display content: checking whether the current node has an 'identification B' attribute by traversing data acquired by a 'label page management system', and if the current node contains the attribute, adding an 'identification B' attribute identification mark for the current node when the current node is pre-opened; in order not to repeatedly open the same tab page, the tab page identifier management module needs to store a currently displayed tab in real time, and adds an identifier B attribute to the currently displayed page;
step five: display tab title: traversing label page data in the label page management system, displaying all the levels or nodes of the identifier A in a label page menu bar, and selecting the label page displayed with the identifier B; traversing label page data of a label page management system, extracting node data with an identifier A, and constructing all node arrays comprising the identifier A data; reading the array, and rendering to generate all tag titles;
step six: displaying a label page: when the tab page is selected, the data related to the tab is obtained from the tab page management system, the data related to the tab page is obtained through the butt joint with the back-end service, the content of the tab page is displayed by using a tab page content rendering module, and the data is stored in a tab page content storage module; meanwhile, according to the current display page, the link is highlighted in the tree structure correspondingly;
step seven: managing the tab pages: the user can open the tab page and close the tab page; clicking a closing button to obtain current label data, removing the mark A of the node in a label page management system, finding a father node upwards, and removing the mark A if the father node only has a current child node; if the mark B exists, the mark B is also removed at the same time;
the first step comprises the following steps:
step eleven, acquiring current node data: when a link is clicked, the position and the data of the node are obtained through a routing level extraction module;
step twelve, establishing the data of the tree structure where the node is located: according to the position of the node, all father node, brother node and child node data of the node are found through a hierarchical structure extraction module;
thirteen, storing the tree structure data into a hierarchical structure storage module through a hierarchical structure analysis module;
and step fourteen, establishing a label page level data cache according to the data in the level structure storage module.
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