CN112445474A - Display method and storage medium for long text file name - Google Patents
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- CN112445474A CN112445474A CN201910832031.6A CN201910832031A CN112445474A CN 112445474 A CN112445474 A CN 112445474A CN 201910832031 A CN201910832031 A CN 201910832031A CN 112445474 A CN112445474 A CN 112445474A
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Abstract
The invention provides a display method of a long text file name, and a storage medium, wherein the method comprises the following steps: creating a child container A, a child container B and a child container C of a root node container; presetting a text distribution rule of each sub-container, wherein the sub-container A stores a complete text field, the sub-container C stores a field with a preset width, which is selected from the tail of the complete text field to the front, and the sub-container B stores a field which is selected from the head of the complete text field to the back according to a remaining text space obtained 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 order. The recognition degree is improved, the self-adaptive layout display capability is realized, and the user experience is optimized; in addition, 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 the page display of the Web front end (including the PC end and the H5 mobile end) type, the display method for the long text beyond the width of the parent container is to display an ellipsis at the end of the text, and the effect is as shown in fig. 1.
The method has a disadvantage that when the contents of more than two texts are very close, especially the contents of the front end are the same, and only the content of the tail end is the same, such as several dates and time stamps of sequence numbers are different, the ellipsis is displayed at the tail end of the text, so that the difference between the two texts cannot be visually seen, and the perception experience of a user is seriously influenced.
In the prior art, a technical scheme for inserting an ellipsis in the middle of a long text is also provided, specifically see https:// blog.csdn.net/baidu _38027860/article/details/81035157 and https:// www.jianshu.com/p/e6755f38fe 55; the former discloses a method for intercepting and inserting ellipses through character strings in a container, while the latter provides a method for simply intercepting and splicing character strings and matching the width exceeding a fixed value of 200px to generate ellipses, 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, when the text is 'I hope you get better than me' or even shorter, the display effect of 'I hope you get … better than me' can be generated, and wrong page display and text typesetting are generated. In addition, the prior art also provides a technical scheme for adding ellipses in the CSS, which is specifically referred to as https:// oomake. com/query/5056205, however, the method only realizes the method of adding ellipses at the tail of a plurality of rows, and the method is not compatible with mainstream browsers such as the browser version above IE10 and the Fix browser.
Therefore, it is necessary to provide a technical solution for adding ellipses and displaying the text end content in the middle to improve the recognition degree, and meanwhile, realizing the overall adaptive display of the text and ensuring the correctness of the displayed text content.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the display method and the storage medium of the long text file name are provided, the identification degree can be improved, the display accuracy is guaranteed, and therefore user experience is optimized.
In order to solve the technical problems, the invention adopts the technical scheme that:
a method of displaying a long text file name, comprising:
creating a child container A, a child container B and a child container C of a root node container;
presetting a text distribution rule of each sub-container, wherein the sub-container A stores a complete text field, the sub-container C stores a field with a preset width, which is selected from the tail of the complete text field to the front, and the sub-container B stores a field which is selected from the head of the complete text field to the back according to a remaining text space obtained 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 order.
The invention provides another technical scheme as follows:
a computer-readable storage medium, on which a computer program is stored, which program, when executed by a processor, is capable of carrying out the steps included in the above-mentioned method of displaying the name of a long text file.
The invention has the beneficial effects that: according to the method and the device, the containers and the sub-containers thereof are created, the text distribution rules of the containers are set, and when the root node container cannot contain the complete text field, the sub-container B, the ellipsis and the sub-container C which are arranged side by side in sequence are displayed, so that the content of the tail end of the file name can be displayed, a user can visually see the difference of the texts conveniently, and the effect of perception experience of the user is improved; in addition, the length of the field after the ellipsis supports 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 length of the field stored in the sub-container B is adaptively adjusted according to the sub-container C, so the layout display has good adaptive capacity to ensure the accuracy of text display.
Drawings
FIG. 1 is a diagram illustrating the effect of omitting an excess field by an ellipsis when a text exceeds a parent container in the prior art;
FIG. 2 is a flowchart illustrating a method for displaying a long text file name according to an embodiment of the present invention;
FIG. 3 is a diagram illustrating a text display effect corresponding to FIG. 2;
FIG. 4 is a diagram illustrating comparison of effects of not displaying a suffix name and displaying a suffix name in another embodiment of the first embodiment of the present invention;
fig. 5 is a flowchart illustrating a first embodiment of the present invention.
Detailed Description
In order to explain technical contents, achieved objects, and effects of the present invention in detail, the following description is made with reference to the accompanying drawings in combination with the embodiments.
The most key concept of the invention is as follows: and a certain amount of intermediate text is omitted by using an ellipsis in the process of displaying the long text through the container relation and the container text distribution rule, so that the identification degree is improved, and the texts with the self-defined file end width and the self-adaptive file beginning width can be displayed, so that the correctness of the displayed text is ensured.
The technical terms related to the invention are explained as follows:
referring to fig. 2 and fig. 3, the present invention provides a method for displaying a long text file name, including:
creating a child container A, a child container B and a child container C of a root node container;
presetting a text distribution rule of each sub-container, wherein the sub-container A stores a complete text field, the sub-container C stores a field with a preset width, which is selected from the tail of the complete text field to the front, and the sub-container B stores a field which is selected from the head of the complete text field to the back according to a remaining text space obtained 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 order.
From the above description, the beneficial effects of the present invention are:
1. an interface display scheme with higher identification degree and correctness is provided, and user experience is optimized;
2. the algorithm is light, the reusability is high, the layout display has good self-adaption capability and good browser compatibility (compatibility with a mainstream browser and a browser above IE 9);
3. the default multiple text display rules are provided, so that developers can use the rules directly, the flexibility is high, and even the developers can add new display rules; and the ability to display text also includes the ability to display an ellipsis at the end of the text.
Further, the method also comprises the following steps:
when the width of the child container a does not exceed the width of the root node container, only the contents of the child container a are displayed.
According to the description, if the text to be displayed does not exceed the maximum display width, the full 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 includes:
setting a typesetting rule of each container, wherein a root node container is set as relative positioning, a child container A is set as relative father container for absolute positioning, and a child container B and a child container C are block-level formatted contexts;
it is calculated whether the width of the child container a exceeds the width of the root node container.
According to the description, whether full-text display is supported or not can be known more conveniently and efficiently through the configuration of the typesetting rule of each container, and the page display speed is further improved; meanwhile, the calculation mode has the characteristics of light algorithm weight and high reusability.
Further, the typesetting rules of the containers are set through the CSS.
From the above description, it can be known that the layout component utilizes the layout capability of the CSS to implement the layout rule of each container, and is more convenient and practical.
Further, the creating of the child container a, the child container B, and the child container C of the root node container specifically includes:
the root node container and its child containers a, B, and C are created in the document object model by JS plug-ins.
The above description shows that the container relationship is created by directly using the default JavaScript algorithm of the Web front end, which has the advantages of convenient operation, easy implementation, and no need of additionally introducing other algorithms.
Further, the displaying of only the sub-container B, the ellipses and the sub-container C which are arranged side by side in sequence is specifically as follows:
the browser acquires a document object model and the text distribution rule;
an ellipsis is inserted between the sub-container B and the sub-container C;
and rendering the page effect after seamless splicing of the sub-container B, the ellipsis and the sub-container C.
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 the browser is compatible with more browsers.
The invention provides another technical scheme 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 of:
creating a child container A, a child container B and a child container C of a root node container;
presetting a text distribution rule of each sub-container, wherein the sub-container A stores a complete text field, the sub-container C stores a field with a preset width, the field is selected from the tail of the complete text field to the front, and the sub-container B sequentially stores fields, which are selected from the head of the complete text field to the back, according to a residual text space obtained by subtracting the width of the sub-container C from the width of the root node container and the width of an ellipsis;
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 order.
Further, the following steps can also be realized:
when the width of the child container a does not exceed the width of the root node container, only the contents of the child container a are displayed.
Further, the following steps can also 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 a typesetting rule of each container, wherein a root node container is set as relative positioning, a child container A is set as relative father container for absolute positioning, and a child container B and a child container C are block-level formatted contexts;
it is calculated whether the width of the child container a exceeds the width of the root node container.
Further, the following steps can also be realized:
and setting the typesetting rules of the containers through the CSS.
Further, the following steps can also be realized:
the creating of the child container a, the child container B, and the child container C of the root node container specifically includes:
the root node container and its child containers a, B, and C are created in the document object model by JS plug-ins.
Further, the following steps can also be realized:
the sub-container B, the ellipses and the sub-container C which are only sequentially arranged side by side are displayed, and the method specifically comprises the following steps:
the browser acquires a document object model and the text distribution rule;
an ellipsis is inserted between the sub-container B and the sub-container C;
and rendering the page effect after seamless splicing of the sub-container B, the ellipsis and the sub-container C.
Referring to fig. 2 to 5, a first embodiment of the present invention is:
when the width of a text to be displayed exceeds a corresponding container (root node container), the head and tail contents with the self-defined width are displayed, and the rest parts are displayed in a mode of replacing ellipses, so that the identification degree of the file name is improved, and meanwhile, the method has self-adaption capability so as to ensure the display accuracy.
Referring to fig. 5, the method of the present embodiment includes:
s1: a root container (i.e., parent container) of the present component is created, and the obtained text information is stored using the title attribute.
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) by JavaScript.
S3: presetting a text distribution rule of each sub-container;
the child container A is used for storing a complete text field; the sub-container C is used for storing field contents corresponding to the preset width, namely the contents of the latter half of the complete text field, which are selected from the tail of the complete text field to the front, and only the content width supports self-definition; the sub-container B is used for storing the field content stored in the complete text field-the field content stored in the sub-container C minus the width of the ellipsis, namely, the first half content of the complete text field is stored in a self-adaptive manner according to the sub-container C and the ellipsis. It should be understood that the width of the field stored in the child container B is equal to the width of the root node container-the width of the child container C-the width of the ellipsis.
S4: the layout component realizes the setting of the typesetting rules of all containers through CSS layout capacity;
specifically, the following CSS attribute layout relationship is set: the root node container is positioned relatively, the child container A is positioned absolutely relative to the father 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, an absolute positioning layout in a layout mode is utilized, when a text is placed in a container of the absolute positioning layout, 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.
It is calculated whether the width of the child container a exceeds the width of the root node container.
S5: calculating whether the width of the sub container A exceeds the width of the root node container;
specifically, the calculation is performed by JavaScript, that is, whether the width of each node container can store a complete text field is calculated, if yes, the complete text field can be displayed on the page, and if not, the file name needs to be correctly displayed by using other display modes. In this embodiment, in combination with the above steps, the file names exceeding the root node container are displayed in a manner of displaying front and rear fields with an ellipsis in between and having an adaptive width. The display is specifically shown in the following steps.
S6: when the width of the child container a does not exceed the width of the root node container, only the contents of the child container a are displayed, and the other child containers are not displayed.
I.e. the complete text field content is normally displayed.
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 order.
Correspondingly, the sub-container a is not displayed, but the sub-container B and the text stored in the sub-container C are displayed (the text allocated by the rule is specified in step S3), and an ellipsis is inserted between the two (i.e., before the sub-container C).
In a specific example, the displaying step is implemented by a browser, and may be implemented by the following sub-steps:
s71: the browser acquires a document object model and the text distribution rule;
s72: an ellipsis is inserted between the sub-container B and the sub-container C;
s73: and rendering the page effect after seamless splicing of the sub-container B, the ellipsis and the sub-container C.
By applying the method of the embodiment, the view expression effect as shown in fig. 3 can be finally realized, and the scheme does not care about how long the complete text is, whether the complete text is odd or even, only care about the text distribution rule, and the distributed space is not equally divided. For example, the user-specified text assignment rule is:
when any text can not be displayed in one line in the parent container, 6 characters at the tail of the text are reserved in the child container C, and all the remaining texts which can be displayed after the ellipses are deducted are placed in the child container B; that is, the text space utilized by the child container B is: parent container width-width of child container C-width of ellipsis.
Assuming that the child container C self-defines 2 characters, the width of the field stored in the child container B is the width of the root node container-2 characters-the remaining width of the ellipsis, and then the field is intercepted from the initial position of the complete text field according to the width.
The implementation is the biggest difference from the prior art in that, except that an ellipsis is added in the middle, the text identification degree is improved; and the overall text adaptive display is realized, namely, the original data can be displayed in a correct expected manner no matter whether the text of the original data is long or short, and typesetting and text display abnormity do not occur.
In the prior art, because WEB front-end developers often only deal with the problem before hand, the current business requirements are met, for example, the scheme of how much width is directly written to solve the problem before hand, but special situations (different lengths and formats) of data sources are ignored, then because a mature solution of adding an ellipsis at the end of a text is provided at present, many WEN front-end developers directly cannot realize the deduction by the WEB front-end for the slightly complicated requirement of inserting the ellipsis in the middle, and meanwhile, the WEB front-end is always in the direction of challenging WEB front-end developers in the realization of the self-adaption and responsive layout of the interface layout, however, many deeply researched personnel are not available, and therefore, a good solution cannot be obtained all the time.
In another specific example of this embodiment, the sub-container C may be further expanded to store a full file suffix, at this time, the full suffix is set, and then the full suffix is cut forward from the suffix according to a self-defined field, so that the sub-container C stores characters obtained by forward reading the full suffix and the suffix of the long text, and correspondingly, the sub-container B is also adaptive, and the width of the suffix is subtracted from the field that can be stored, so as to be better suitable for recognizing use scenes of different texts according to the suffix, thereby improving user experience to a certain extent again. The effect of this specific example 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 method provides a JavaScript plug-in for displaying ellipses at regular positions specified by a user in a view rendering process of a long text applicable to both Web page types of a Web front end (including a PC end and an H5 mobile end), and the scene and the implementation process are as follows:
1. the user needs to upload attachments in an answer system of a mobile phone end, wherein the attachments comprise attachments of picture types, other compressed packages and the like, because the attachments in the mobile phone relate to pictures stored in screenshots and the like, the pictures generally have own naming rules and are basically a series of character strings of prefixes, dates and the like, and if an ellipsis is displayed at the tail, the files which are uploaded or the files with the suffix names cannot be basically distinguished.
2. After the technical scheme of the first embodiment is used, ellipses can be displayed in the middle of the text according to the configuration rules of developers (default built-in rules are available for selection), so that the suffix name and a few named character strings at the tail of the file can be seen for file distinguishing.
3. Judging whether the text to be displayed exceeds a parent container or not by using the operational capability of JavaScript, if not, directly displaying the text, if so, splitting the text into two sections according to rules, and seamlessly splicing the two sections of texts by using the layout capability of a CSS (Cascading Style Sheets), thereby simulating the visual effect that an ellipsis is inserted in the middle of the text.
4. And the browser renders the page according to the operation result of the JavaScript and the layout rule of a CSS (Cascading Style Sheets), and finally displays the page to the user.
In this embodiment, the method for implementing the idea and layout codes is implemented by implementing the typesetting of each Document Object Model (Document Object Model) container through the CSS layout capability so that when a long text is rendered on a browser and cannot be displayed in a parent container in a line, an ellipsis is inserted in the middle of the text so that a user can see the view effect of the beginning and end characters of the text at the same time; and the method does not need to search texts and characters, so that the view rendering and executing efficiency is higher.
EXAMPLE III
This embodiment corresponds to the first embodiment or the second embodiment, and provides a computer-readable storage medium, on which a computer program is stored, where the computer program is executed by a processor, and is capable of implementing the steps included in the method for displaying a text file name according to the second embodiment. The specific steps are not repeated here, and refer to the description of the first embodiment or the second embodiment for details.
In summary, the display method and the storage medium for the text file name provided by the invention improve the identification degree, have the self-adaptive layout display capability and optimize the user experience; in addition, the method has the advantages of light algorithm, high reusability, high flexibility, browser compatibility and the like.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields, are included in the scope of the present invention.
Claims (7)
1. A method for displaying a long text file name, comprising:
creating a child container A, a child container B and a child container C of a root node container;
presetting a text distribution rule of each sub-container, wherein the sub-container A stores a complete text field, the sub-container C stores a field with a preset width, which is selected from the tail of the complete text field to the front, and the sub-container B stores a field which is selected from the head of the complete text field to the back according to a remaining text space obtained 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 order.
2. The method for displaying the name of a long text file as set forth in claim 1, further comprising:
when the width of the child container a does not exceed the width of the root node container, only the contents of the child container a are displayed.
3. The method for displaying the name of a long text file as recited in claim 1, wherein when the width of the complete text field exceeds the width of the root node container, before, further comprising:
setting a typesetting rule of each container, wherein a root node container is set as relative positioning, a child container A is set as relative father container for absolute positioning, and a child container B and a child container C are block-level formatted contexts;
it is calculated whether the width of the child container a exceeds the width of the root node container.
4. The method of displaying the name of a long text document according to claim 3, wherein the layout rule of each container is set by a CSS.
5. The method for displaying the name of a long text file as claimed in claim 1, wherein the creating of the child container a, the child container B, and the child container C of the root node container specifically includes:
the root node container and its child containers a, B, and C are created in the document object model by JS plug-ins.
6. The method for displaying the long text file name according to claim 5, wherein the displaying only the sub-container B, the ellipses and the sub-container C which are arranged side by side in sequence comprises:
the browser acquires a document object model and the text distribution rule;
an ellipsis is inserted between the sub-container B and the sub-container C;
and rendering the page effect after seamless splicing of the sub-container B, the ellipsis and the sub-container C.
7. A computer-readable storage medium, on which a computer program is stored, the program being capable of implementing the steps included in a method for displaying a long-text filename according to any one of claims 1 to 6 when executed by a processor.
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| CN113987388A (en) * | 2021-11-01 | 2022-01-28 | 北京金山云网络技术有限公司 | Text display method and device and electronic equipment |
| CN114896538A (en) * | 2022-06-21 | 2022-08-12 | 杭州安恒信息技术股份有限公司 | Text display method, device, equipment and storage medium |
| CN114896538B (en) * | 2022-06-21 | 2024-09-27 | 杭州安恒信息技术股份有限公司 | Text display method, device, equipment and storage medium |
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