CN112445474B - Display method for long text file name and storage medium - Google Patents
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Abstract
The invention provides a display method of long text file names, a storage medium, the method comprises: creating a sub-container A, a sub-container B and a sub-container C of the root node container; presetting a text distribution rule of each sub-container, wherein a sub-container A stores a complete text field, a sub-container C stores a field with preset width, which is selected from the tail to the front, of the complete text field, and a sub-container B stores a field, which is selected from the head of the complete text field to the rear, of the text space, which is left by subtracting the width of the sub-container C and the width of an ellipsis from the width of the root node container; when the width of child container A exceeds the width of the root node container, child container B, ellipses, and child container C are displayed side by side in sequence. The recognition degree is improved, the self-adaptive layout display capability is provided, and the user experience is optimized; and the method has the advantages of light algorithm, high reusability, high flexibility, browser compatibility and the like.
Description
Technical Field
The invention relates to the field of Web front end display effect, in particular to a display method and a storage medium for long text file names.
Background
Currently in Web page display of Web front-end (including PC-end and H5 mobile-end) Web page type, the display method for long text beyond the parent container width is to display ellipses at the end of the text, with the effect shown in fig. 1.
This approach has the disadvantage that when more than two pieces of text are very close, especially the front content is the same, and only the end content, e.g. several dates are different from the sequence number timestamp, the display of the ellipses at the end of the text will not be able to visually see the difference between the two texts, which will seriously affect the user's perceived experience.
In the prior art, a technical scheme of inserting ellipses in the middle of a long text is also provided, and the technical scheme is specifically disclosed in https:// blog.csdn.net/***_ 38027860/arc/details/81035157 and https:// www.jianshu.com/p/e6755f38fe55; the former discloses a method for intercepting and inserting ellipses through character strings in a container, and the latter provides a simple method for intercepting and splicing the character strings, and the ellipses appear in cooperation with the width exceeding a fixed value of 200px, so that the technical scheme is only suitable for texts with the text length being more than 200, and when the texts are short, for example, the texts are 'I hope you get you better than I' or even shorter, the display effect like 'I hope you get you better than I' can appear, and wrong page display and text typesetting are generated. In addition, the prior art also provides a technical scheme for adding ellipses in CSS, particularly see https:// oomake.com/query/5056205, however, the method for adding ellipses at the tail of a plurality of lines is only realized, and the method is incompatible with main stream browsers such as IE10 version browsers and fire fox browsers.
Therefore, it is necessary to provide a technical scheme for adding ellipses and displaying content of the ends of the text in the middle to improve the recognition degree, and meanwhile, the whole text self-adaptive display can be realized, and the correctness of the displayed text content is ensured.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: the display method and the storage medium for the long text file name can improve the identification degree and ensure the display accuracy, so that the user experience is optimized.
In order to solve the technical problems, the invention adopts the following technical scheme:
a method of displaying a long text file name, comprising:
creating a sub-container A, a sub-container B and a sub-container C of the root node container;
presetting a text distribution rule of each sub-container, wherein a sub-container A stores a complete text field, a sub-container C stores a field with preset width, which is selected from the tail to the front, of the complete text field, and a sub-container B stores a field, which is selected from the head of the complete text field to the rear, of the text space, which is left by subtracting the width of the sub-container C and the width of an ellipsis from the width of the root node container;
when the width of child container A exceeds the width of the root node container, child container B, ellipses, and child container C are displayed side by side in sequence.
The other technical scheme provided by the invention is as follows:
a computer-readable storage medium having stored thereon a computer program which, when executed by a processor, is capable of carrying out the steps comprised in a method for displaying long text file names as described above.
The invention has the beneficial effects that: according to the method, the containers and the sub-containers thereof are created, the text distribution rule of each container is set, when the root node container cannot accommodate the complete text field, the sub-containers B, the ellipses and the sub-containers C which are arranged side by side in sequence are displayed, so that the terminal content of the file name can be displayed, the user can visually see the text distinction conveniently, and the effect of user perception experience is improved; moreover, the length of the field after the ellipses supports the self definition, so that the user requirements can be better met; more importantly, the final display effect is automatically rendered according to the text distribution rule of each container and the container relation, namely the field length stored in the sub-capacity B is adaptively adjusted according to the sub-container C, so that the layout display has good adaptive capability to ensure the correctness of text display.
Drawings
FIG. 1 is a schematic illustration of the effect of using ellipses to omit the excess field when text exceeds a parent container in the prior art;
FIG. 2 is a flow chart of a method for displaying long text file names according to an embodiment of the present invention;
FIG. 3 is a schematic diagram of a text display effect corresponding to FIG. 2;
FIG. 4 is a schematic diagram showing effects of displaying no suffix name and displaying a suffix name according to another embodiment of the invention;
fig. 5 is a schematic flow chart of a first embodiment of the present invention.
Detailed Description
In order to describe the technical contents, the achieved objects and effects of the present invention in detail, the following description will be made with reference to the embodiments in conjunction with the accompanying drawings.
The most critical concept of the invention is as follows: through the container relation and the container text distribution rule, a certain amount of intermediate texts are omitted by using ellipses when long texts are displayed, so that the recognition degree is improved, and texts with self-defined end-of-text width and initial self-adaptive width can be displayed, so that the correctness of the displayed texts is ensured.
Technical term explanation related to the invention:
referring to fig. 2 and 3, the present invention provides a method for displaying a long text file name, which includes:
creating a sub-container A, a sub-container B and a sub-container C of the root node container;
presetting a text distribution rule of each sub-container, wherein a sub-container A stores a complete text field, a sub-container C stores a field with preset width, which is selected from the tail to the front, of the complete text field, and a sub-container B stores a field, which is selected from the head of the complete text field to the rear, of the text space, which is left by subtracting the width of the sub-container C and the width of an ellipsis from the width of the root node container;
when the width of child container A exceeds the width of the root node container, child container B, ellipses, and child container C are displayed side by side in sequence.
From the above description, the beneficial effects of the invention are as follows:
1. the interface display scheme with more discrimination and correctness is provided, and the user experience is optimized;
2. the algorithm is light, the reusability is high, the layout display has good self-adaption capability, and the browser compatibility is good (the main stream browser and the browser above IE9 are compatible);
3. the default display rules of various texts are provided, so that the developer can use the display rules directly, the flexibility is high, and even the developer can add the display rules; and the ability to display text also includes the ability to display ellipses at the end of the text.
Further, the method further comprises the following steps:
when the width of child container a does not exceed the width of the root node container, only the contents of child container a are displayed.
From the above description, if the text to be displayed does not exceed the maximum display width, the text is automatically displayed, so that the self-adaption of the display mode is realized, and better experience is brought to the user.
Further, when the width of the complete text field exceeds the width of the root node container, the method further comprises the following steps:
setting typesetting rules of all containers, wherein a root node container is set to be positioned relatively, a child container A is positioned relatively to a parent container absolutely, and a child container B and a child container C are block-level formatting contexts;
whether the width of the child container a exceeds the width of the root node container is calculated.
According to the description, through configuration of the typesetting rules of each container, whether full-text display is supported or not can be more conveniently and efficiently obtained, and therefore page display speed is improved; meanwhile, the calculation mode has the characteristics of light algorithm and high reusability.
Further, setting typesetting rules of the containers through CSS.
From the above description, the layout component utilizes the layout capability of the CSS to realize the typesetting rule of each container, so that the method has more convenience and practicability.
Further, the sub-container a, sub-container B and sub-container C of the root node container are specifically:
and creating a root node container and sub-containers A, B and C in the document object model through the JS plug-in.
From the above description, the container relationship is created directly by using the default JavaScript algorithm of the Web front end, which has the advantages of convenient operation, easy implementation and no need of introducing other algorithms.
Further, the sub-container B, ellipses and sub-containers C are only displayed side by side in sequence, specifically:
the browser acquires a document object model and the text distribution rule;
inserting an ellipsis between child container B and child container C;
and rendering the page effect of the sub-container B, the ellipses and the sub-container C after seamless splicing.
According to the description, the browser only needs to render the page according to the document object model and the text distribution rule, so that more visitors can be compatible.
The other technical scheme provided by the invention is as follows:
a computer readable storage medium having stored thereon a computer program, which, when executed by a processor, is capable of performing the steps of:
creating a sub-container A, a sub-container B and a sub-container C of the root node container;
presetting a text distribution rule of each sub-container, wherein a sub-container A stores a complete text field, a sub-container C stores a field with preset width, which is selected from the end to the front, of the complete text field, and a sub-container B sequentially stores a field, which is selected from the beginning of the complete text field to the rear, of a text space left by subtracting the width of the sub-container C and the width of an ellipsis from the width of the root node container;
when the width of child container A exceeds the width of the root node container, child container B, ellipses, and child container C are displayed side by side in sequence.
Further, the following steps can be realized:
when the width of child container a does not exceed the width of the root node container, only the contents of child container a are displayed.
Further, the following steps can be realized:
when the width of the complete text field exceeds the width of the root node container, the method further comprises the following steps:
setting typesetting rules of all containers, wherein a root node container is set to be positioned relatively, a child container A is positioned relatively to a parent container absolutely, and a child container B and a child container C are block-level formatting contexts;
whether the width of the child container a exceeds the width of the root node container is calculated.
Further, the following steps can be realized:
and setting typesetting rules of the containers through CSS.
Further, the following steps can be realized:
the child container A, the child container B and the child container C for creating the root node container are specifically:
and creating a root node container and sub-containers A, B and C in the document object model through the JS plug-in.
Further, the following steps can be realized:
the sub-container B, the ellipses and the sub-container C which are only displayed in sequence and are side by side are specifically as follows:
the browser acquires a document object model and the text distribution rule;
inserting an ellipsis between child container B and child container C;
and rendering the page effect of the sub-container B, the ellipses and the sub-container C after seamless splicing.
Referring to fig. 2 to 5, a first embodiment of the present invention is as follows:
the method for displaying the long text file names is provided, when the width of the text to be displayed exceeds the corresponding container (root node container), the head and tail contents with the self-defined width are displayed, and the rest parts are displayed in an ellipsis replacing mode, so that the identification degree of the file names is improved, and meanwhile, the method also has self-adaption capability, and the display accuracy is ensured.
Referring to fig. 5, the method of the present embodiment includes:
s1: the root node container (i.e., parent container) of the present component is created and the title attribute is used to store the retrieved text information.
S2: creating three sub-containers of the root node container, namely a sub-container A, a sub-container B and a sub-container C;
the above container relationship can be created in the document object model (Document Object Model) specifically by JavaScript.
S3: presetting a text distribution rule of each sub-container;
the sub-container A is used for storing a complete text field; the sub-container C is used for storing field contents corresponding to a preset width from the tail end of the complete text field, namely the second half part of the complete text field, and only the content width supports self definition; the sub-container B is used for storing the complete text field, namely the left field after subtracting the width of the ellipsis from the field content stored in the sub-container C, namely the first half part of the complete text field is stored in a self-adaptive manner according to the sub-container C and the ellipsis. It is understood that the width of the field in child container B = the width of the root node container-the width of child container C-the width of the ellipsis.
S4: setting typesetting rules of all containers is realized on the layout component through CSS layout capability;
specifically, the following CSS attribute layout relationship is set: the root node container is relatively positioned, the child container a is absolute positioned relative to the parent container, and the child container B and the child container C are block-level formatting contexts. In the default JavaScript algorithm of the Web front end, when a text is placed in the container of the absolute positioning layout by using the absolute positioning layout in the layout mode, the container of the absolute positioning layout is inherited to the width of the text, and the width value can be directly obtained in the default algorithm of the portal language.
Whether the width of the child container a exceeds the width of the root node container is calculated.
S5: calculating whether the width of the sub container A exceeds the width of the root node container;
specifically, the calculation is performed through JavaScript, namely, whether the width of each node container can store complete text fields is calculated, if so, the complete text fields can be displayed on a page, and if not, the file name needs to be displayed correctly by using other display modes. In this embodiment, the above steps are combined, and the file names exceeding the root node container are displayed in a manner of displaying the front and rear fields and using ellipses in the middle and having an adaptive width. The specific display mode is as follows.
S6: when the width of the sub-container a does not exceed the width of the root node container, only the contents of the sub-container a are displayed, and the other sub-containers are not displayed.
I.e. normally displaying the complete text field content.
S7: when the width of child container A exceeds the width of the root node container, child container B, ellipses, and child container C are displayed side by side in sequence.
Correspondingly, that is, not the sub-container a is displayed, but the text stored in the sub-container B and the sub-container C (the text assigned by the rule specified in step S3) is displayed, and the ellipsis are inserted therebetween (that is, before the sub-container C).
In a specific example, the displaying step is implemented by a browser, and may be implemented by the following substeps:
s71: the browser acquires a document object model and the text distribution rule;
s72: inserting an ellipsis between child container B and child container C;
s73: and rendering the page effect of the sub-container B, the ellipses and the sub-container C after seamless splicing.
The method of the embodiment can finally realize the view expression effect shown in fig. 3, the scheme does not care about how long and whether the complete text is odd or even, only care about text allocation rules, and the allocated space is not equal. For example, the text allocation rules specified by the user are:
when any text is not displayed in one line in the parent container, keeping 6 characters at the tail of the text in the child container C, and placing all the text which can be displayed and remains after the ellipses are deducted in the child container B; that is, the text space utilized by child container B is: parent container width-width of child container C-width of ellipsis.
Assuming that the sub-container C is custom-defined by 2 characters, the width of the field stored in the sub-container B is the width of the root node container-2 characters-the remaining width of the ellipses, and then the sub-container C is intercepted from the starting position of the complete text field to the rear according to the width.
The biggest difference between the implementation and the prior art is that the ellipses are added in the middle to improve the text recognition; and the whole text self-adaption display is realized, namely the text of the original data can be displayed with correct expectations no matter whether the text is long or short, and typesetting and text display abnormality does not occur.
In the prior art, since WEB front-end developers often only deal with the problem at hand, the current business requirements, such as how wide a scheme of writing directly, are met, but the special situations (different lengths, different formats, etc.) of data sources are ignored, then because a mature solution of adding ellipses at the tail of texts is already available at present, many WEB front-end developers cannot directly take the WEB front-end to realize the effect of pushing off the WEB front-end, and meanwhile, the WEB front-end is always the challenging direction of the WEB front-end developers on the aspects of self-adaption of interface layout and realization of responsive layout, however, the researchers in depth cannot obtain good solutions all the time.
In another embodiment of the present embodiment, for the sub-container C, the storage of the complete suffix name of the file can be further extended, at this time, the complete suffix name is set and then the complete suffix name is intercepted from the suffix name forward according to the user-defined field, so that the sub-container C stores the complete suffix name of the long text and the characters that the suffix name is extracted forward, and correspondingly, the sub-container B is also adaptive, and the width of the suffix name is subtracted from the field that can be stored, so that the method is better suitable for identifying the use scenario of different texts according to the suffix name, thereby improving the user experience again to a certain extent. The effect of this embodiment is schematically shown in fig. 4.
The second embodiment of the invention is as follows:
providing a specific application scenario corresponding to the first embodiment:
the JavaScript plug-in for displaying ellipses at regular positions designated by a user is realized in a view rendering process by a long text suitable for pages of a Web front-end (comprising a PC end and an H5 mobile end), and the scene and the realization process are as follows:
1. the user needs to upload accessories in an answer system of a mobile phone terminal, including accessories of types such as pictures and other compression packages, and because the accessories in the mobile phone relate to pictures stored in screenshot and the like, the pictures generally have own naming rules, basically a series of character strings such as prefix and date, and if the prefix and date are displayed at the tail, the uploaded files can not be basically distinguished into which files or files with suffix names.
2. After the technical scheme of the first embodiment is used, the ellipses can be displayed in the middle of the text according to the configuration rule (default built-in rule is available for selection) of the developer, so that the suffix name of the file, a plurality of named character strings at the tail end and the like can be seen for distinguishing the file.
3. Whether the text to be displayed exceeds a parent container or not is judged by utilizing the operation capability of JavaScript, if not, the text is directly displayed, if yes, the text is split into two sections according to a rule, the two sections of text are seamlessly spliced by utilizing the layout capability of CSS (cascading style sheet (English holonomy: cascading Style Sheets)), and the visual effect of an ellipsis is inserted in the middle of the simulated text.
4. And the browser performs page rendering according to the operation result of the JavaScript and the layout rule of CSS (cascading style sheet (English full name: cascading Style Sheets)), and finally displays the page rendering to the user.
According to the embodiment, typesetting of each document object model (Document Object Model) container is realized through CSS layout capability, so that when a long text is rendered on a browser and one line of the long text is not displayed in a parent container, an ellipsis is inserted in the middle of the text, and a user can see view effects of the initial character and the final character of the text at the same time; and the method does not need to search text and characters, so that the method has faster view rendering and execution efficiency.
Example III
The present embodiment corresponds to the first or second embodiment, and provides a computer readable storage medium having a computer program stored thereon, where the program, when executed by a processor, is capable of implementing the steps included in the method for displaying a text file name according to the first embodiment. The specific steps will not be repeated here, and the details will be described in the first or second embodiment.
In summary, the display method and the storage medium for the text file names provided by the invention have the advantages that the identification degree is improved, the self-adaptive layout display capability is realized, and the user experience is optimized; and the method has the advantages of light algorithm, high reusability, high flexibility, browser compatibility and the like.
The foregoing description is only illustrative of the present invention and is not intended to limit the scope of the invention, and all equivalent changes made by the specification and drawings of the present invention, or direct or indirect application in the relevant art, are included in the scope of the present invention.
Claims (5)
1. A method for displaying a long text file name, comprising:
creating a sub-container A, a sub-container B and a sub-container C of the root node container;
presetting a text distribution rule of each sub-container, wherein a sub-container A stores a complete text field, a sub-container C stores a field with preset width, which is selected from the tail to the front, of the complete text field, and a sub-container B stores a field, which is selected from the head of the complete text field to the rear, of the text space, which is left by subtracting the width of the sub-container C and the width of an ellipsis from the width of the root node container;
when the width of child container A exceeds the width of the root node container, displaying child container B, ellipses and child container C in side-by-side order;
further comprises:
when the width of the child container A does not exceed the width of the root node container, only the content of the child container A is displayed;
when the width of the complete text field exceeds the width of the root node container, it also includes:
setting typesetting rules of all containers, wherein a root node container is set to be positioned relatively, a child container A is positioned relatively to a parent container absolutely, and a child container B and a child container C are block-level formatting contexts;
whether the width of the child container a exceeds the width of the root node container is calculated.
2. The method for displaying long text file names according to claim 1, wherein the typesetting rule of each container is set by CSS.
3. The method for displaying long text file names according to claim 1, wherein the creating of the child container a, the child container B and the child container C of the root node container is specifically:
and creating a root node container and sub-containers A, B and C in the document object model through the JS plug-in.
4. A method of displaying long text file names as claimed in claim 3, wherein only sub-containers B, ellipses and sub-containers C are displayed side by side in sequence, in particular:
the browser acquires a document object model and the text distribution rule;
inserting an ellipsis between child container B and child container C;
and rendering the page effect of the sub-container B, the ellipses and the sub-container C after seamless splicing.
5. A computer readable storage medium having stored thereon a computer program, characterized in that the program, when being executed by a processor, is capable of realizing the steps comprised in a method for displaying long text file names according to any of the preceding claims 1-4.
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| CN102436439A (en) * | 2010-09-29 | 2012-05-02 | 鸿富锦精密工业（深圳）有限公司 | Text box and text display method |
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| CN103886025A (en) * | 2014-02-22 | 2014-06-25 | 小米科技有限责任公司 | Method and device for displaying pictures in webpage |
| US8806431B1 (en) * | 2007-12-03 | 2014-08-12 | Appecelerator, Inc. | Aspect oriented programming |
| CN106873925A (en) * | 2015-12-10 | 2017-06-20 | 北京国双科技有限公司 | The display methods and device of label text |
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| US8806431B1 (en) * | 2007-12-03 | 2014-08-12 | Appecelerator, Inc. | Aspect oriented programming |
| CN102436439A (en) * | 2010-09-29 | 2012-05-02 | 鸿富锦精密工业（深圳）有限公司 | Text box and text display method |
| CN102708774A (en) * | 2012-04-19 | 2012-10-03 | 广东威创视讯科技股份有限公司 | Display method of character strings and system thereof |
| CN103886025A (en) * | 2014-02-22 | 2014-06-25 | 小米科技有限责任公司 | Method and device for displaying pictures in webpage |
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