sketch/lustre/element/html
This module is a drop-in replacement for lustre/element/html
. Just
use the new functions, and everything will automagically be styled.
Every stylable node has two functions: [node]
and [node]_
, the former
applying a style, while the latter does not accept style, in case you don’t
need to style a node.
Functions
pub fn a(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <a>
HTML element (or anchor element), with its href
attribute,
creates a hyperlink to web pages, files, email addresses, locations in the
same page, or anything else a URL can address.
Content within each <a>
should indicate the link’s destination. If the
href
attribute is present, pressing the enter key while focused on the
<a>
element will activate it.
You can use modem
to manage internal linking
in your Lustre application.
pub fn a_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <a>
HTML element (or anchor element), with its href
attribute,
creates a hyperlink to web pages, files, email addresses, locations in the
same page, or anything else a URL can address.
Content within each <a>
should indicate the link’s destination. If the
href
attribute is present, pressing the enter key while focused on the
<a>
element will activate it.
You can use modem
to manage internal linking
in your Lustre application.
pub fn abbr(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <abbr>
HTML element represents an abbreviation or acronym.
When including an abbreviation or acronym, provide a full expansion of the
term in plain text on first use, along with the <abbr>
to mark up the
abbreviation. This informs the user what the abbreviation or acronym means.
The optional title
attribute can provide an expansion for the abbreviation
or acronym when a full expansion is not present. This provides a hint to
user agents on how to announce/display the content while informing all users
what the abbreviation means. If present, title
must contain this full
description and nothing else.
pub fn abbr_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <abbr>
HTML element represents an abbreviation or acronym.
When including an abbreviation or acronym, provide a full expansion of the
term in plain text on first use, along with the <abbr>
to mark up the
abbreviation. This informs the user what the abbreviation or acronym means.
The optional title
attribute can provide an expansion for the abbreviation
or acronym when a full expansion is not present. This provides a hint to
user agents on how to announce/display the content while informing all users
what the abbreviation means. If present, title
must contain this full
description and nothing else.
pub fn address(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <address>
HTML element indicates that the enclosed HTML provides
contact information for a person or people, or for an organization.
The contact information provided by an <address>
element’s contents can
take whatever form is appropriate for the context, and may include any type
of contact information that is needed, such as a physical address, URL,
email address, phone number, social media handle, geographic coordinates,
and so forth. The <address>
element should include the name of the person,
people, or organization to which the contact information refers.
<address>
can be used in a variety of contexts, such as providing a
business’s contact information in the page header, or indicating the author
of an article by including an <address>
element within the <article>
.
pub fn address_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <address>
HTML element indicates that the enclosed HTML provides
contact information for a person or people, or for an organization.
The contact information provided by an <address>
element’s contents can
take whatever form is appropriate for the context, and may include any type
of contact information that is needed, such as a physical address, URL,
email address, phone number, social media handle, geographic coordinates,
and so forth. The <address>
element should include the name of the person,
people, or organization to which the contact information refers.
<address>
can be used in a variety of contexts, such as providing a
business’s contact information in the page header, or indicating the author
of an article by including an <address>
element within the <article>
.
pub fn area(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <area>
HTML element defines an area inside an image map that has
predefined clickable areas. An image map allows geometric areas on an
image to be associated with hypertext links.
This element is used only within a <map>
element.
pub fn area_(attributes: List(Attribute(a))) -> Element(a)
The <area>
HTML element defines an area inside an image map that has
predefined clickable areas. An image map allows geometric areas on an
image to be associated with hypertext links.
This element is used only within a <map>
element.
pub fn article(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <article>
HTML element represents a self-contained composition in a
document, page, application, or site, which is intended to be independently
distributable or reusable (e.g., in syndication). Examples include: a forum
post, a magazine or newspaper article, or a blog entry, a product card, a
user-submitted comment, an interactive widget or gadget, or any other
independent item of content.
A given document can have multiple articles in it; for example, on a blog
that shows the text of each article one after another as the reader scrolls,
each post would be contained in an <article>
element, possibly with one
or more <section>
s within.
pub fn article_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <article>
HTML element represents a self-contained composition in a
document, page, application, or site, which is intended to be independently
distributable or reusable (e.g., in syndication). Examples include: a forum
post, a magazine or newspaper article, or a blog entry, a product card, a
user-submitted comment, an interactive widget or gadget, or any other
independent item of content.
A given document can have multiple articles in it; for example, on a blog
that shows the text of each article one after another as the reader scrolls,
each post would be contained in an <article>
element, possibly with one
or more <section>
s within.
pub fn aside(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <aside>
HTML element represents a portion of a document whose content
is only indirectly related to the document’s main content. Asides are f
requently presented as sidebars or call-out boxes.
pub fn aside_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <aside>
HTML element represents a portion of a document whose content
is only indirectly related to the document’s main content. Asides are f
requently presented as sidebars or call-out boxes.
pub fn audio(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <audio>
HTML element is used to embed sound content in documents. It
may contain one or more audio sources, represented using the src attribute
or the <source>
element: the browser will choose the most suitable one. It
can also be the destination for streamed media, using a MediaStream
.
pub fn audio_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <audio>
HTML element is used to embed sound content in documents. It
may contain one or more audio sources, represented using the src attribute
or the <source>
element: the browser will choose the most suitable one. It
can also be the destination for streamed media, using a MediaStream
.
pub fn b(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <b>
HTML element is used to draw the reader’s attention to the
element’s contents, which are not otherwise granted special importance.
This was formerly known as the Boldface element, and most browsers still
draw the text in boldface. However, you should not use <b>
for styling text
or granting importance. If you wish to create boldface text, you should
use the CSS font-weight
property. If you wish to indicate an element is
of special importance, you should use the <strong>
element.
pub fn b_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <b>
HTML element is used to draw the reader’s attention to the
element’s contents, which are not otherwise granted special importance.
This was formerly known as the Boldface element, and most browsers still
draw the text in boldface. However, you should not use <b>
for styling text
or granting importance. If you wish to create boldface text, you should
use the CSS font-weight
property. If you wish to indicate an element is
of special importance, you should use the <strong>
element.
pub fn base(attributes: List(Attribute(a))) -> Element(a)
The <base>
HTML element specifies the base URL to use for all relative
URLs in a document. There can be only one <base>
element in a document.
A document’s used base URL can be accessed by scripts with Node.baseURI
.
If the document has no <base>
elements, then baseURI
defaults to
location.href
.
pub fn bdi(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <bdi>
HTML element tells the browser’s bidirectional algorithm to
treat the text it contains in isolation from its surrounding text. It’s
particularly useful when a website dynamically inserts some text and
doesn’t know the directionality of the text being inserted.
pub fn bdi_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <bdi>
HTML element tells the browser’s bidirectional algorithm to
treat the text it contains in isolation from its surrounding text. It’s
particularly useful when a website dynamically inserts some text and
doesn’t know the directionality of the text being inserted.
pub fn bdo(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <bdo>
HTML element overrides the current directionality of text, so
that the text within is rendered in a different direction.
pub fn bdo_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <bdo>
HTML element overrides the current directionality of text, so
that the text within is rendered in a different direction.
pub fn blockquote(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <blockquote>
HTML element indicates that the enclosed text is an
extended quotation. Usually, this is rendered visually by indentation.
A URL for the source of the quotation may be given using the cite attribute,
while a text representation of the source can be given using the <cite>
element.
pub fn blockquote_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <blockquote>
HTML element indicates that the enclosed text is an
extended quotation. Usually, this is rendered visually by indentation.
A URL for the source of the quotation may be given using the cite attribute,
while a text representation of the source can be given using the <cite>
element.
pub fn body(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <body>
HTML element represents the content of an HTML document.
There can be only one <body>
element in a document.
pub fn body_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <body>
HTML element represents the content of an HTML document.
There can be only one <body>
element in a document.
pub fn br(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <br>
HTML element produces a line break in text (carriage-return).
It is useful for writing a poem or an address, where the division of
lines is significant.
pub fn br_(attributes: List(Attribute(a))) -> Element(a)
The <br>
HTML element produces a line break in text (carriage-return).
It is useful for writing a poem or an address, where the division of
lines is significant.
pub fn button(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <button>
HTML element is an interactive element activated by a user
with a mouse, keyboard, finger, voice command, or other assistive technology.
Once activated, it then performs an action, such as submitting a form or
opening a dialog.
By default, HTML buttons are presented in a style resembling the platform the user agent runs on, but you can change buttons’ appearance with CSS.
pub fn button_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <button>
HTML element is an interactive element activated by a user
with a mouse, keyboard, finger, voice command, or other assistive technology.
Once activated, it then performs an action, such as submitting a form or
opening a dialog.
By default, HTML buttons are presented in a style resembling the platform the user agent runs on, but you can change buttons’ appearance with CSS.
pub fn canvas(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
Use the HTML <canvas>
element with either the
canvas scripting API or the
WebGL API
to draw graphics and animations.
pub fn canvas_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
Use the HTML <canvas>
element with either the
canvas scripting API or the
WebGL API
to draw graphics and animations.
pub fn caption(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <caption>
HTML element specifies the caption (or title) of a table, p
roviding the table an accessible description.
pub fn caption_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <caption>
HTML element specifies the caption (or title) of a table, p
roviding the table an accessible description.
pub fn cite(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <cite>
HTML element is used to mark up the title of a cited creative
work. The reference may be in an abbreviated form according to
context-appropriate conventions related to citation metadata.
pub fn cite_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <cite>
HTML element is used to mark up the title of a cited creative
work. The reference may be in an abbreviated form according to
context-appropriate conventions related to citation metadata.
pub fn code(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <code>
HTML element displays its contents styled in a fashion intended
to indicate that the text is a short fragment of computer code. By default,
the content text is displayed using the user agent’s default monospace font.
pub fn code_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <code>
HTML element displays its contents styled in a fashion intended
to indicate that the text is a short fragment of computer code. By default,
the content text is displayed using the user agent’s default monospace font.
pub fn col(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <col>
HTML element defines one or more columns in a column group
represented by its parent <colgroup>
element. The <col>
element is
only valid as a child of a <colgroup>
element that has no span
attribute defined.
pub fn col_(attributes: List(Attribute(a))) -> Element(a)
The <col>
HTML element defines one or more columns in a column group
represented by its parent <colgroup>
element. The <col>
element is
only valid as a child of a <colgroup>
element that has no span
attribute defined.
pub fn colgroup(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn colgroup_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn data(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <data>
HTML element links a given piece of content with a
machine-readable translation. If the content is time- or date-related,
the <time>
element must be used.
pub fn data_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <data>
HTML element links a given piece of content with a
machine-readable translation. If the content is time- or date-related,
the <time>
element must be used.
pub fn datalist(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <datalist>
HTML element contains a set of <option>
elements that
represent the permissible or recommended options available to choose from
within other controls.
pub fn datalist_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <datalist>
HTML element contains a set of <option>
elements that
represent the permissible or recommended options available to choose from
within other controls.
pub fn dd(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dd>
HTML element provides the description, definition, or value for
the preceding term (<dt>
) in a description list (<dl>
).
pub fn dd_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dd>
HTML element provides the description, definition, or value for
the preceding term (<dt>
) in a description list (<dl>
).
pub fn del(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <del>
HTML element represents a range of text that has been deleted
from a document. This can be used when rendering “track changes” or source
code diff information, for example. The <ins>
element can be used for the
opposite purpose: to indicate text that has been added to the document.
This element is often (but need not be) rendered by applying a strike-through style to the text.
pub fn del_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <del>
HTML element represents a range of text that has been deleted
from a document. This can be used when rendering “track changes” or source
code diff information, for example. The <ins>
element can be used for the
opposite purpose: to indicate text that has been added to the document.
This element is often (but need not be) rendered by applying a strike-through style to the text.
pub fn details(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <details>
HTML element creates a disclosure widget in which
information is visible only when the widget is toggled into an “open” state.
A summary or label must be provided using the <summary>
element.
A disclosure widget is typically presented onscreen using a small triangle
that rotates (or twists) to indicate open/closed status, with a label next
to the triangle. The contents of the <summary>
element are used as the
label for the disclosure widget. The contents of the <details>
provide
the accessible description for the <summary>
.
pub fn details_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <details>
HTML element creates a disclosure widget in which
information is visible only when the widget is toggled into an “open” state.
A summary or label must be provided using the <summary>
element.
A disclosure widget is typically presented onscreen using a small triangle
that rotates (or twists) to indicate open/closed status, with a label next
to the triangle. The contents of the <summary>
element are used as the
label for the disclosure widget. The contents of the <details>
provide
the accessible description for the <summary>
.
pub fn dfn(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dfn>
HTML element indicates a term to be defined. The <dfn>
element
should be used in a complete definition statement, where the full definition
of the term can be one of the following:
- The ancestor paragraph (a block of text, sometimes marked by a
<p>
element) - The
<dt>
/<dd>
pairing - The nearest section ancestor of the
<dfn>
element
pub fn dfn_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dfn>
HTML element indicates a term to be defined. The <dfn>
element
should be used in a complete definition statement, where the full definition
of the term can be one of the following:
- The ancestor paragraph (a block of text, sometimes marked by a
<p>
element) - The
<dt>
/<dd>
pairing - The nearest section ancestor of the
<dfn>
element
pub fn dialog(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dialog>
HTML element represents a modal or non-modal dialog box or
other interactive component, such as a dismissible alert, inspector, or
subwindow.
The HTML <dialog>
element is used to create both modal and non-modal
dialog boxes. Modal dialog boxes interrupt interaction with the rest of the
page being inert, while non-modal dialog boxes allow interaction with the
rest of the page.
JavaScript should be used to display the <dialog>
element. Use the
.showModal()
method to display a modal dialog and the .show()
method
to display a non-modal dialog. The dialog box can be closed using the
.close()
method or using the dialog
method when submitting a <form>
that is nested within the <dialog>
element. Modal dialogs can also be
closed by pressing the Esc key.
pub fn dialog_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dialog>
HTML element represents a modal or non-modal dialog box or
other interactive component, such as a dismissible alert, inspector, or
subwindow.
The HTML <dialog>
element is used to create both modal and non-modal
dialog boxes. Modal dialog boxes interrupt interaction with the rest of the
page being inert, while non-modal dialog boxes allow interaction with the
rest of the page.
JavaScript should be used to display the <dialog>
element. Use the
.showModal()
method to display a modal dialog and the .show()
method
to display a non-modal dialog. The dialog box can be closed using the
.close()
method or using the dialog
method when submitting a <form>
that is nested within the <dialog>
element. Modal dialogs can also be
closed by pressing the Esc key.
pub fn div(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <div>
HTML element is the generic container for flow content. It has
no effect on the content or layout until styled in some way using CSS (e.g.
styling is directly applied to it, or some kind of layout model like Flexbox
is applied to its parent element).
As a “pure” container, the <div>
element does not inherently represent
anything. Instead, it’s used to group content so it can be easily styled
using the class
or id
attributes, marking a section of a document as
being written in a different language (using the lang
attribute),
and so on.
pub fn div_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <div>
HTML element is the generic container for flow content. It has
no effect on the content or layout until styled in some way using CSS (e.g.
styling is directly applied to it, or some kind of layout model like Flexbox
is applied to its parent element).
As a “pure” container, the <div>
element does not inherently represent
anything. Instead, it’s used to group content so it can be easily styled
using the class
or id
attributes, marking a section of a document as
being written in a different language (using the lang
attribute),
and so on.
pub fn dl(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dl>
HTML element represents a description list. The element encloses
a list of groups of terms (specified using the <dt>
element) and
descriptions (provided by <dd>
elements). Common uses for this element are
to implement a glossary or to display metadata (a list of key-value pairs).
pub fn dl_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dl>
HTML element represents a description list. The element encloses
a list of groups of terms (specified using the <dt>
element) and
descriptions (provided by <dd>
elements). Common uses for this element are
to implement a glossary or to display metadata (a list of key-value pairs).
pub fn dt(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dt>
HTML element specifies a term in a description or definition list,
and as such must be used inside a <dl>
element. It is usually followed by
a <dd>
element; however, multiple <dt>
elements in a row indicate several
terms that are all defined by the immediate next <dd>
element.
The subsequent <dd>
(Description Details) element provides the definition
or other related text associated with the term specified using <dt>
.
pub fn dt_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <dt>
HTML element specifies a term in a description or definition list,
and as such must be used inside a <dl>
element. It is usually followed by
a <dd>
element; however, multiple <dt>
elements in a row indicate several
terms that are all defined by the immediate next <dd>
element.
The subsequent <dd>
(Description Details) element provides the definition
or other related text associated with the term specified using <dt>
.
pub fn em(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <em>
HTML element marks text that has stress emphasis. The <em>
element can be nested, with each level of nesting indicating a greater
degree of emphasis.
pub fn em_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <em>
HTML element marks text that has stress emphasis. The <em>
element can be nested, with each level of nesting indicating a greater
degree of emphasis.
pub fn embed(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <embed>
HTML element embeds external content at the specified point in
the document. This content is provided by an external application or other
source of interactive content such as a browser plug-in.
pub fn embed_(attributes: List(Attribute(a))) -> Element(a)
The <embed>
HTML element embeds external content at the specified point in
the document. This content is provided by an external application or other
source of interactive content such as a browser plug-in.
pub fn fieldset(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <fieldset>
HTML element is used to group several controls as well as
labels (<label>
) within a web form.
pub fn fieldset_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <fieldset>
HTML element is used to group several controls as well as
labels (<label>
) within a web form.
pub fn figcaption(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <figcaption>
HTML element represents a caption or legend describing
the rest of the contents of its parent <figure>
element, providing the
<figure>
an accessible description.
pub fn figcaption_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <figcaption>
HTML element represents a caption or legend describing
the rest of the contents of its parent <figure>
element, providing the
<figure>
an accessible description.
pub fn figure(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <figure>
HTML element represents self-contained content, potentially
with an optional caption, which is specified using the <figcaption>
element. The figure, its caption, and its contents are referenced as a
single unit.
pub fn figure_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <figure>
HTML element represents self-contained content, potentially
with an optional caption, which is specified using the <figcaption>
element. The figure, its caption, and its contents are referenced as a
single unit.
pub fn footer(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <footer>
HTML element represents a footer for its nearest ancestor
sectioning content
or sectioning root
element. A <footer>
typically contains information about the author of
the section, copyright data or links to related documents.
pub fn footer_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <footer>
HTML element represents a footer for its nearest ancestor
sectioning content
or sectioning root
element. A <footer>
typically contains information about the author of
the section, copyright data or links to related documents.
pub fn form(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <form>
HTML element represents a document section containing
interactive controls for submitting information.
It is possible to use the :valid
and :invalid
CSS pseudo-classes to
style a <form>
element based on whether the elements inside the form
are valid.
pub fn form_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <form>
HTML element represents a document section containing
interactive controls for submitting information.
It is possible to use the :valid
and :invalid
CSS pseudo-classes to
style a <form>
element based on whether the elements inside the form
are valid.
pub fn h1(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h1_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h2(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h2_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h3(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h3_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h4(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h4_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h5(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h5_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h6(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn h6_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <h1>
to <h6>
HTML elements represent six levels of section headings.
<h1>
is the highest section level and <h6>
is the lowest. By default,
all heading elements create a block-level box in the layout, starting on a
new line and taking up the full width available in their containing block.
pub fn head(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <head>
HTML element contains machine-readable information (metadata)
about the document, like its title, scripts, and style sheets. There can be
only one <head>
element in an HTML document.
<head>
primarily holds information for machine processing, not human-readability. For human-visible information, like top-level headings and listed authors, see the<header>
element.
pub fn header(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <header>
HTML element represents introductory content, typically a
group of introductory or navigational aids. It may contain some heading
elements but also a logo, a search form, an author name, and other elements.
pub fn header_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <header>
HTML element represents introductory content, typically a
group of introductory or navigational aids. It may contain some heading
elements but also a logo, a search form, an author name, and other elements.
pub fn hgroup(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <hgroup>
HTML element represents a heading and related content. It
groups a single <h1>
–<h6>
element with one or more <p>
.
pub fn hgroup_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <hgroup>
HTML element represents a heading and related content. It
groups a single <h1>
–<h6>
element with one or more <p>
.
pub fn hr(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <hr>
HTML element represents a thematic break between paragraph-level
elements: for example, a change of scene in a story, or a shift of topic
within a section.
pub fn hr_(attributes: List(Attribute(a))) -> Element(a)
The <hr>
HTML element represents a thematic break between paragraph-level
elements: for example, a change of scene in a story, or a shift of topic
within a section.
pub fn html(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <html>
HTML element represents the root (top-level element) of an
HTML document, so it is also referred to as the root element. All other
elements must be descendants of this element. There can be only one <html>
element in a document.
pub fn i(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <i>
HTML element represents a range of text that is set off from the
normal text for some reason, such as idiomatic text, technical terms,
taxonomical designations, among others. Historically, these have been
presented using italicized type, which is the original source of the <i>
naming of this element.
pub fn i_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <i>
HTML element represents a range of text that is set off from the
normal text for some reason, such as idiomatic text, technical terms,
taxonomical designations, among others. Historically, these have been
presented using italicized type, which is the original source of the <i>
naming of this element.
pub fn iframe(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <iframe>
HTML element represents a nested browsing context, embedding
another HTML page into the current one.
pub fn iframe_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <iframe>
HTML element represents a nested browsing context, embedding
another HTML page into the current one.
pub fn img(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
pub fn img_(attributes: List(Attribute(a))) -> Element(a)
pub fn input(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <input>
HTML element is used to create interactive controls for
web-based forms in order to accept data from the user; a wide variety of
types of input data and control widgets are available, depending on the
device and user agent. The <input>
element is one of the most powerful and
complex in all of HTML due to the sheer number of combinations of input
types and attributes.
pub fn input_(attributes: List(Attribute(a))) -> Element(a)
The <input>
HTML element is used to create interactive controls for
web-based forms in order to accept data from the user; a wide variety of
types of input data and control widgets are available, depending on the
device and user agent. The <input>
element is one of the most powerful and
complex in all of HTML due to the sheer number of combinations of input
types and attributes.
pub fn ins(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ins>
HTML element represents a range of text that has been added to
a document. You can use the <del>
element to similarly represent a range
of text that has been deleted from the document.
pub fn ins_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ins>
HTML element represents a range of text that has been added to
a document. You can use the <del>
element to similarly represent a range
of text that has been deleted from the document.
pub fn kbd(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <kbd>
HTML element represents a span of inline text denoting textual
user input from a keyboard, voice input, or any other text entry device. By
convention, the user agent defaults to rendering the contents of a <kbd>
element using its default monospace font, although this is not mandated by
the HTML standard.
pub fn kbd_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <kbd>
HTML element represents a span of inline text denoting textual
user input from a keyboard, voice input, or any other text entry device. By
convention, the user agent defaults to rendering the contents of a <kbd>
element using its default monospace font, although this is not mandated by
the HTML standard.
pub fn label(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn label_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn legend(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <legend>
HTML element represents a caption for the content of
its parent <fieldset>
.
pub fn legend_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <legend>
HTML element represents a caption for the content of
its parent <fieldset>
.
pub fn li(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <li>
HTML element is used to represent an item in a list. It must be
contained in a parent element: an ordered list (<ol>
), an unordered list
(<ul>
), or a menu (<menu>
). In menus and unordered lists, list items are
usually displayed using bullet points. In ordered lists, they are usually
displayed with an ascending counter on the left, such as a number or letter.
pub fn li_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <li>
HTML element is used to represent an item in a list. It must be
contained in a parent element: an ordered list (<ol>
), an unordered list
(<ul>
), or a menu (<menu>
). In menus and unordered lists, list items are
usually displayed using bullet points. In ordered lists, they are usually
displayed with an ascending counter on the left, such as a number or letter.
pub fn link(attributes: List(Attribute(a))) -> Element(a)
The <link>
HTML element specifies relationships between the current
document and an external resource. This element is most commonly used to
link to stylesheets, but is also used to establish site icons (both “favicon”
style icons and icons for the home screen and apps on mobile devices) among
other things.
pub fn main(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <main>
HTML element represents the dominant content of the <body>
of
a document. The main content area consists of content that is directly
related to or expands upon the central topic of a document, or the central
functionality of an application.
pub fn main_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <main>
HTML element represents the dominant content of the <body>
of
a document. The main content area consists of content that is directly
related to or expands upon the central topic of a document, or the central
functionality of an application.
pub fn map(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <map>
HTML element is used with <area>
elements to define an
image map (a clickable link area).
pub fn map_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <map>
HTML element is used with <area>
elements to define an
image map (a clickable link area).
pub fn mark(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <mark>
HTML element represents text which is marked or highlighted for
reference or notation purposes due to the marked passage’s relevance in the
enclosing context.
pub fn mark_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <mark>
HTML element represents text which is marked or highlighted for
reference or notation purposes due to the marked passage’s relevance in the
enclosing context.
pub fn math(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <math>
MathML element is the top-level MathML element, used to write
a single mathematical formula. It can be placed in HTML content where flow
content is permitted.
See the Authoring MathML page for tips to properly integrate MathML formulas in your web pages and the Examples page for more demos.
pub fn math_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <math>
MathML element is the top-level MathML element, used to write
a single mathematical formula. It can be placed in HTML content where flow
content is permitted.
See the Authoring MathML page for tips to properly integrate MathML formulas in your web pages and the Examples page for more demos.
pub fn menu(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <menu>
HTML element is described in the HTML specification as a
semantic alternative to <ul>
, but treated by browsers (and exposed through
the accessibility tree) as no different than <ul>
. It represents an
unordered list of items (which are represented by <li>
elements).
pub fn menu_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <menu>
HTML element is described in the HTML specification as a
semantic alternative to <ul>
, but treated by browsers (and exposed through
the accessibility tree) as no different than <ul>
. It represents an
unordered list of items (which are represented by <li>
elements).
pub fn meta(attributes: List(Attribute(a))) -> Element(a)
The <meta>
HTML element represents metadata that cannot be represented
by other HTML meta-related elements, like <base>
, <link>
, <script>
,
<style>
or <title>
.
The type of metadata provided by the <meta>
element can be one of the
following:
- If the
name
attribute is set, the<meta>
element provides document-level metadata, applying to the whole page. - If the
http-equiv
attribute is set, the<meta>
element is a pragma directive, providing information equivalent to what can be given by a similarly-named HTTP header. - If the
charset
attribute is set, the<meta>
element is a charset declaration, giving the character encoding in which the document is encoded. - If the
itemprop
attribute is set, the<meta>
element provides user-defined metadata.
pub fn meter(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <meter>
HTML element represents either a scalar value within a
known range or a fractional value.
pub fn meter_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <meter>
HTML element represents either a scalar value within a
known range or a fractional value.
pub fn nav(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <nav>
HTML element represents a section of a page whose purpose is to
provide navigation links, either within the current document or to other
documents. Common examples of navigation sections are menus, tables of
contents, and indexes.
pub fn nav_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <nav>
HTML element represents a section of a page whose purpose is to
provide navigation links, either within the current document or to other
documents. Common examples of navigation sections are menus, tables of
contents, and indexes.
pub fn noscript(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <noscript>
HTML element defines a section of HTML to be inserted if a
script type on the page is unsupported or if scripting is currently turned
off in the browser.
pub fn noscript_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <noscript>
HTML element defines a section of HTML to be inserted if a
script type on the page is unsupported or if scripting is currently turned
off in the browser.
pub fn object(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <object>
HTML element represents an external resource, which can be
treated as an image, a nested browsing context, or a resource to be handled
by a plugin.
pub fn object_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <object>
HTML element represents an external resource, which can be
treated as an image, a nested browsing context, or a resource to be handled
by a plugin.
pub fn ol(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ol>
HTML element represents an ordered list of items — typically
rendered as a numbered list.
pub fn ol_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ol>
HTML element represents an ordered list of items — typically
rendered as a numbered list.
pub fn optgroup(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn optgroup_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn option(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <option>
HTML element is used to define an item contained in a
<select>
, an <optgroup>
, or a <datalist>
element. As such, <option>
can represent menu items in popups and other lists of items in an HTML
document.
pub fn option_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <option>
HTML element is used to define an item contained in a
<select>
, an <optgroup>
, or a <datalist>
element. As such, <option>
can represent menu items in popups and other lists of items in an HTML
document.
pub fn output(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <output>
HTML element is a container element into which a site or
app can inject the results of a calculation or the outcome of a user action.
pub fn output_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <output>
HTML element is a container element into which a site or
app can inject the results of a calculation or the outcome of a user action.
pub fn p(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <p>
HTML element represents a paragraph. Paragraphs are usually
represented in visual media as blocks of text separated from adjacent
blocks by blank lines and/or first-line indentation, but HTML paragraphs
can be any structural grouping of related content, such as images or form
fields.
Paragraphs are block-level elements, and notably will automatically close
if another block-level element is parsed before the closing </p>
tag.
See “Tag omission” below.
pub fn p_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <p>
HTML element represents a paragraph. Paragraphs are usually
represented in visual media as blocks of text separated from adjacent
blocks by blank lines and/or first-line indentation, but HTML paragraphs
can be any structural grouping of related content, such as images or form
fields.
Paragraphs are block-level elements, and notably will automatically close
if another block-level element is parsed before the closing </p>
tag.
See “Tag omission” below.
pub fn picture(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <picture>
HTML element contains zero or more <source>
elements and
one <img>
element to offer alternative versions of an image for different
display/device scenarios.
The browser will consider each child <source>
element and choose the best
match among them. If no matches are found—or the browser doesn’t support
the <picture>
element—the URL of the <img>
element’s src
attribute is
selected. The selected image is then presented in the space occupied by
the <img>
element.
pub fn picture_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <picture>
HTML element contains zero or more <source>
elements and
one <img>
element to offer alternative versions of an image for different
display/device scenarios.
The browser will consider each child <source>
element and choose the best
match among them. If no matches are found—or the browser doesn’t support
the <picture>
element—the URL of the <img>
element’s src
attribute is
selected. The selected image is then presented in the space occupied by
the <img>
element.
pub fn portal(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <portal>
HTML element enables the embedding of another HTML page into
the current one for the purposes of allowing smoother navigation into new pages.
A <portal>
is similar to an <iframe>
. An <iframe>
allows a separate
browsing context to be embedded. However, the embedded content of a
<portal>
is more limited than that of an <iframe>
. It cannot be
interacted with, and therefore is not suitable for embedding widgets into a
document. Instead, the
pub fn portal_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <portal>
HTML element enables the embedding of another HTML page into
the current one for the purposes of allowing smoother navigation into new pages.
A <portal>
is similar to an <iframe>
. An <iframe>
allows a separate
browsing context to be embedded. However, the embedded content of a
<portal>
is more limited than that of an <iframe>
. It cannot be
interacted with, and therefore is not suitable for embedding widgets into a
document. Instead, the
pub fn pre(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <pre>
HTML element represents preformatted text which is to be
presented exactly as written in the HTML file. The text is typically
rendered using a non-proportional, or monospaced, font. Whitespace inside
this element is displayed as written.
By default, <pre>
is a block-level element, i.e. its default display
value is block
.
pub fn pre_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <pre>
HTML element represents preformatted text which is to be
presented exactly as written in the HTML file. The text is typically
rendered using a non-proportional, or monospaced, font. Whitespace inside
this element is displayed as written.
By default, <pre>
is a block-level element, i.e. its default display
value is block
.
pub fn progress(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <progress>
HTML element displays an indicator showing the completion
progress of a task, typically displayed as a progress bar.
pub fn progress_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <progress>
HTML element displays an indicator showing the completion
progress of a task, typically displayed as a progress bar.
pub fn q(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <q>
HTML element indicates that the enclosed text is a short inline
quotation. Most modern browsers implement this by surrounding the text in
quotation marks. This element is intended for short quotations that don’t
require paragraph breaks; for long quotations use the <blockquote>
element.
pub fn q_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <q>
HTML element indicates that the enclosed text is a short inline
quotation. Most modern browsers implement this by surrounding the text in
quotation marks. This element is intended for short quotations that don’t
require paragraph breaks; for long quotations use the <blockquote>
element.
pub fn rp(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <rp>
HTML element is used to provide fall-back parentheses for
browsers that do not support display of ruby annotations using the <ruby>
element. One <rp>
element should enclose each of the opening and closing
parentheses that wrap the <rt>
element that contains the annotation’s text.
pub fn rp_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <rp>
HTML element is used to provide fall-back parentheses for
browsers that do not support display of ruby annotations using the <ruby>
element. One <rp>
element should enclose each of the opening and closing
parentheses that wrap the <rt>
element that contains the annotation’s text.
pub fn rt(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <rt>
HTML element specifies the ruby text component of a ruby
annotation, which is used to provide pronunciation, translation, or
transliteration information for East Asian typography. The <rt>
element
must always be contained within a <ruby>
element.
pub fn rt_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <rt>
HTML element specifies the ruby text component of a ruby
annotation, which is used to provide pronunciation, translation, or
transliteration information for East Asian typography. The <rt>
element
must always be contained within a <ruby>
element.
pub fn ruby(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ruby>
HTML element represents small annotations that are rendered
above, below, or next to base text, usually used for showing the
pronunciation of East Asian characters. It can also be used for annotating
other kinds of text, but this usage is less common.
The term ruby originated as a unit of measurement used by typesetters, representing the smallest size that text can be printed on newsprint while remaining legible.
pub fn ruby_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ruby>
HTML element represents small annotations that are rendered
above, below, or next to base text, usually used for showing the
pronunciation of East Asian characters. It can also be used for annotating
other kinds of text, but this usage is less common.
The term ruby originated as a unit of measurement used by typesetters, representing the smallest size that text can be printed on newsprint while remaining legible.
pub fn s(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <s>
HTML element renders text with a strikethrough, or a line through
it. Use the <s>
element to represent things that are no longer relevant or
no longer accurate. However, <s>
is not appropriate when indicating
document edits; for that, use the <del>
and <ins>
elements, as
appropriate.
pub fn s_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <s>
HTML element renders text with a strikethrough, or a line through
it. Use the <s>
element to represent things that are no longer relevant or
no longer accurate. However, <s>
is not appropriate when indicating
document edits; for that, use the <del>
and <ins>
elements, as
appropriate.
pub fn samp(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <samp>
HTML element is used to enclose inline text which represents
sample (or quoted) output from a computer program. Its contents are
typically rendered using the browser’s default monospaced font (such as
Courier or Lucida Console).
pub fn samp_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <samp>
HTML element is used to enclose inline text which represents
sample (or quoted) output from a computer program. Its contents are
typically rendered using the browser’s default monospaced font (such as
Courier or Lucida Console).
pub fn script(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <script>
HTML element is used to embed executable code or data; this
is typically used to embed or refer to JavaScript code. The <script>
element can also be used with other languages, such as WebGL’s GLSL shader
programming language and JSON.
pub fn script_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <script>
HTML element is used to embed executable code or data; this
is typically used to embed or refer to JavaScript code. The <script>
element can also be used with other languages, such as WebGL’s GLSL shader
programming language and JSON.
pub fn search(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <search>
HTML element is a container representing the parts of the
document or application with form controls or other content related to
performing a search or filtering operation. The
pub fn search_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <search>
HTML element is a container representing the parts of the
document or application with form controls or other content related to
performing a search or filtering operation. The
pub fn section(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <section>
HTML element represents a generic standalone section of a
document, which doesn’t have a more specific semantic element to represent
it. Sections should always have a heading, with very few exceptions.
pub fn section_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <section>
HTML element represents a generic standalone section of a
document, which doesn’t have a more specific semantic element to represent
it. Sections should always have a heading, with very few exceptions.
pub fn select(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn select_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
pub fn slot(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <slot>
HTML element—part of the Web Components technology suite—is a
placeholder inside a web component that you can fill with your own markup,
which lets you create separate DOM trees and present them together.
pub fn slot_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <slot>
HTML element—part of the Web Components technology suite—is a
placeholder inside a web component that you can fill with your own markup,
which lets you create separate DOM trees and present them together.
pub fn small(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <small>
HTML element represents side-comments and small print, like
copyright and legal text, independent of its styled presentation. By default, it renders text within it one font-size smaller, such as from
smallto
x-small`.
pub fn small_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <small>
HTML element represents side-comments and small print, like
copyright and legal text, independent of its styled presentation. By default, it renders text within it one font-size smaller, such as from
smallto
x-small`.
pub fn source(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <source>
HTML element specifies one or more media resources for the
<picture>,
<audio>,
and <video>
elements. It is a
void element,
which means that it has no content and does not require a closing tag. This
element is commonly used to offer the same media content in multiple file
formats in order to provide compatibility with a broad range of browsers
given their differing support for image file formats and media file formats.
pub fn source_(attributes: List(Attribute(a))) -> Element(a)
The <source>
HTML element specifies one or more media resources for the
<picture>,
<audio>,
and <video>
elements. It is a
void element,
which means that it has no content and does not require a closing tag. This
element is commonly used to offer the same media content in multiple file
formats in order to provide compatibility with a broad range of browsers
given their differing support for image file formats and media file formats.
pub fn span(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <span>
HTML element is a generic inline container for phrasing content,
which does not inherently represent anything. It can be used to group
elements for styling purposes (using the class or id attributes), or because
they share attribute values, such as lang. It should be used only when no
other semantic element is appropriate. <span>
is very much like a <div>
element, but <div>
is a block-level element whereas a <span>
is an
inline-level element.
pub fn span_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <span>
HTML element is a generic inline container for phrasing content,
which does not inherently represent anything. It can be used to group
elements for styling purposes (using the class or id attributes), or because
they share attribute values, such as lang. It should be used only when no
other semantic element is appropriate. <span>
is very much like a <div>
element, but <div>
is a block-level element whereas a <span>
is an
inline-level element.
pub fn strong(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <strong>
HTML element indicates that its contents have strong
importance, seriousness, or urgency. Browsers typically render the
contents in bold type.
pub fn strong_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <strong>
HTML element indicates that its contents have strong
importance, seriousness, or urgency. Browsers typically render the
contents in bold type.
pub fn style(
attributes: List(Attribute(a)),
child: String,
) -> Element(a)
The <style>
HTML element contains style information for a document, or
part of a document. It contains CSS, which is applied to the contents of
the document containing the <style>
element.
pub fn sub(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <sub>
HTML element specifies inline text which should be displayed as
subscript for solely typographical reasons. Subscripts are typically
rendered with a lowered baseline using smaller text.
pub fn sub_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <sub>
HTML element specifies inline text which should be displayed as
subscript for solely typographical reasons. Subscripts are typically
rendered with a lowered baseline using smaller text.
pub fn summary(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <summary>
HTML element specifies a summary, caption, or legend for a
<details>
element’s disclosure box. Clicking the <summary>
element
toggles the state of the parent <details>
element open and closed.
pub fn summary_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <summary>
HTML element specifies a summary, caption, or legend for a
<details>
element’s disclosure box. Clicking the <summary>
element
toggles the state of the parent <details>
element open and closed.
pub fn sup(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <sup>
HTML element specifies inline text which is to be displayed as
superscript for solely typographical reasons. Superscripts are usually
rendered with a raised baseline using smaller text.
pub fn sup_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <sup>
HTML element specifies inline text which is to be displayed as
superscript for solely typographical reasons. Superscripts are usually
rendered with a raised baseline using smaller text.
pub fn svg(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <svg>
SVG element is a container that defines a new coordinate system
and viewport. It is used as the outermost element of SVG documents, but it
can also be used to embed an SVG fragment inside an SVG or HTML document.
The
xmlns
attribute is only required on the outermostsvg
element of SVG documents, or inside HTML documents with XML serialization. It is unnecessary for innersvg
elements or inside HTML documents with HTML serialization.
pub fn svg_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <svg>
SVG element is a container that defines a new coordinate system
and viewport. It is used as the outermost element of SVG documents, but it
can also be used to embed an SVG fragment inside an SVG or HTML document.
The
xmlns
attribute is only required on the outermostsvg
element of SVG documents, or inside HTML documents with XML serialization. It is unnecessary for innersvg
elements or inside HTML documents with HTML serialization.
pub fn table(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <table>
HTML element represents tabular data—that is, information
presented in a two-dimensional table comprised of rows and columns of
cells containing data.
pub fn table_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <table>
HTML element represents tabular data—that is, information
presented in a two-dimensional table comprised of rows and columns of
cells containing data.
pub fn tbody(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tbody>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the body of a table’s (main) data.
pub fn tbody_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tbody>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the body of a table’s (main) data.
pub fn td(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <td>
HTML element defines a cell of a table that contains data and
may be used as a child of the <tr>
element.
pub fn td_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <td>
HTML element defines a cell of a table that contains data and
may be used as a child of the <tr>
element.
pub fn template(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <template>
HTML element serves as a mechanism for holding HTML
fragments, which can either be used later via JavaScript or generated
immediately into shadow DOM.
pub fn template_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <template>
HTML element serves as a mechanism for holding HTML
fragments, which can either be used later via JavaScript or generated
immediately into shadow DOM.
pub fn text(content: String) -> Element(a)
pub fn textarea(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <textarea>
HTML element represents a multi-line plain-text editing
control, useful when you want to allow users to enter a sizeable amount of
free-form text, for example a comment on a review or feedback form.
pub fn textarea_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <textarea>
HTML element represents a multi-line plain-text editing
control, useful when you want to allow users to enter a sizeable amount of
free-form text, for example a comment on a review or feedback form.
pub fn tfoot(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tfoot>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the foot of a table with
information about the table’s columns. This is usually a summary of the
columns, e.g., a sum of the given numbers in a column.
pub fn tfoot_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tfoot>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the foot of a table with
information about the table’s columns. This is usually a summary of the
columns, e.g., a sum of the given numbers in a column.
pub fn th(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <th>
HTML element defines a cell as the header of a group of table
cells and may be used as a child of the <tr>
element. The exact nature
of this group is defined by the scope
and headers
attributes.
pub fn th_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <th>
HTML element defines a cell as the header of a group of table
cells and may be used as a child of the <tr>
element. The exact nature
of this group is defined by the scope
and headers
attributes.
pub fn thead(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <thead>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the head of a table with
information about the table’s columns. This is usually in the form of
column headers (<th>
elements).
pub fn thead_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <thead>
HTML element encapsulates a set of table rows (<tr>
elements), indicating that they comprise the head of a table with
information about the table’s columns. This is usually in the form of
column headers (<th>
elements).
pub fn time(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <time>
HTML element represents a specific period in time. It may
include the datetime attribute to translate dates into machine-readable
format, allowing for better search engine results or custom features such
as reminders.
It may represent one of the following:
- A time on a 24-hour clock.
- A precise date in the Gregorian calendar (with optional time and timezone information).
- A valid time duration.
pub fn time_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <time>
HTML element represents a specific period in time. It may
include the datetime attribute to translate dates into machine-readable
format, allowing for better search engine results or custom features such
as reminders.
It may represent one of the following:
- A time on a 24-hour clock.
- A precise date in the Gregorian calendar (with optional time and timezone information).
- A valid time duration.
pub fn title(
attributes: List(Attribute(a)),
title: String,
) -> Element(a)
The <title>
HTML element defines the document’s title that is shown in a
browser’s title bar or a page’s tab. It only contains text; tags within
the element are ignored.
pub fn tr(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tr>
HTML element defines a row of cells in a table. The row’s cells
can then be established using a mix of <td>
(data cell) and <th>
(header cell) elements.
pub fn tr_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <tr>
HTML element defines a row of cells in a table. The row’s cells
can then be established using a mix of <td>
(data cell) and <th>
(header cell) elements.
pub fn track(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <track>
HTML element is used as a child of the media elements,
<audio>
and <video>
. Each track element lets you specify a timed text
track (or time-based data) that can be displayed in parallel with the media
element, for example to overlay subtitles or closed captions on top of a
video or alongside audio tracks.
Multiple tracks can be specified for a media element, containing different kinds of timed text data, or timed text data that has been translated for different locales. The data that is used will either be the track that has been set to be the default, or a kind and translation based on user preferences.
The tracks are formatted in WebVTT format
(.vtt
files) — Web Video Text Tracks.
pub fn track_(attributes: List(Attribute(a))) -> Element(a)
The <track>
HTML element is used as a child of the media elements,
<audio>
and <video>
. Each track element lets you specify a timed text
track (or time-based data) that can be displayed in parallel with the media
element, for example to overlay subtitles or closed captions on top of a
video or alongside audio tracks.
Multiple tracks can be specified for a media element, containing different kinds of timed text data, or timed text data that has been translated for different locales. The data that is used will either be the track that has been set to be the default, or a kind and translation based on user preferences.
The tracks are formatted in WebVTT format
(.vtt
files) — Web Video Text Tracks.
pub fn u(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <u>
HTML element represents a span of inline text which should be
rendered in a way that indicates that it has a non-textual annotation. This
is rendered by default as a single solid underline, but may be altered
using CSS.
This element used to be called the “Underline” element in older versions of HTML, and is still sometimes misused in this way. To underline text, you should instead apply a style that includes the CSS
text-decoration
property set tounderline
.
pub fn u_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <u>
HTML element represents a span of inline text which should be
rendered in a way that indicates that it has a non-textual annotation. This
is rendered by default as a single solid underline, but may be altered
using CSS.
This element used to be called the “Underline” element in older versions of HTML, and is still sometimes misused in this way. To underline text, you should instead apply a style that includes the CSS
text-decoration
property set tounderline
.
pub fn ul(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ul>
HTML element represents an unordered list of items, typically
rendered as a bulleted list.
pub fn ul_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <ul>
HTML element represents an unordered list of items, typically
rendered as a bulleted list.
pub fn var(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <var>
HTML element represents the name of a variable in a mathematical
expression or a programming context. It’s typically presented using an
italicized version of the current typeface, although that behavior is
browser-dependent.
pub fn var_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <var>
HTML element represents the name of a variable in a mathematical
expression or a programming context. It’s typically presented using an
italicized version of the current typeface, although that behavior is
browser-dependent.
pub fn video(
class: Class,
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <video>
HTML element embeds a media player which supports video
playback into the document. You can use <video>
for audio content as
well, but the <audio>
element may provide a more appropriate user experience.
pub fn video_(
attributes: List(Attribute(a)),
children: List(Element(a)),
) -> Element(a)
The <video>
HTML element embeds a media player which supports video
playback into the document. You can use <video>
for audio content as
well, but the <audio>
element may provide a more appropriate user experience.
pub fn wbr(
class: Class,
attributes: List(Attribute(a)),
) -> Element(a)
The <wbr>
HTML element represents a word break opportunity—a position
within text where the browser may optionally break a line, though its
line-breaking rules would not otherwise create a break at that location.
pub fn wbr_(attributes: List(Attribute(a))) -> Element(a)
The <wbr>
HTML element represents a word break opportunity—a position
within text where the browser may optionally break a line, though its
line-breaking rules would not otherwise create a break at that location.