net.html #
net/html is an HTML Parser written in pure V.
Usage
import net.html
fn main() {
doc := html.parse('<html><body><h1 class="title">Hello world!</h1></body></html>')
tag := doc.get_tags(name: 'h1')[0] // Hello world!
println(tag.name) // h1
println(tag.content) // Hello world!
println(tag.attributes) // {'class':'title'}
println(tag.str()) // Hello world!
}More examples found on parser_test.v and html_test.v
fn parse #
fn parse(text string) DocumentObjectModel
parse parses and returns the DOM from the given text.
Note: this function converts tags to lowercase. E.g.
fn parse_file #
fn parse_file(filename string) DocumentObjectModel
parse_file parses and returns the DOM from the contents of a file.
Note: this function converts tags to lowercase. E.g.
enum CloseTagType #
enum CloseTagType {
in_name
new_tag
}
struct DocumentObjectModel #
struct DocumentObjectModel {
mut:
root &Tag = unsafe { nil }
constructed bool
btree BTree
all_tags []&Tag
all_attributes map[string][]&Tag
close_tags map[string]bool // add a counter to see count how many times is closed and parse correctly
attributes map[string][]string
tag_attributes map[string][][]&Tag
tag_type map[string][]&Tag
debug_file os.File
}
The W3C Document Object Model (DOM) is a platform and language-neutral interface that allows programs and scripts to dynamically access and update the content, structure, and style of a document.
fn (DocumentObjectModel) get_root #
fn (dom &DocumentObjectModel) get_root() &Tag
get_root returns the root of the document.
struct GetTagsOptions #
struct GetTagsOptions {
pub:
name string
}
struct Parser #
struct Parser {
mut:
dom DocumentObjectModel
lexical_attributes LexicalAttributes = LexicalAttributes{
current_tag: &Tag{}
}
filename string = 'direct-parse'
initialized bool
tags []&Tag
debug_file os.File
}
Parser is responsible for reading the HTML strings and converting them into a DocumentObjectModel.
fn (Parser) add_code_tag #
fn (mut parser Parser) add_code_tag(name string)
This function is used to add a tag for the parser ignore it's content. For example, if you have an html or XML with a custom tag, like <script>, using this function, like add_code_tag('script') will make all script tags content be jumped, so you still have its content, but will not confuse the parser with it's > or <.
fn (Parser) split_parse #
fn (mut parser Parser) split_parse(data string)
split_parse parses the HTML fragment
fn (Parser) parse_html #
fn (mut parser Parser) parse_html(data string)
parse_html parses the given HTML string
fn (Parser) finalize #
fn (mut parser Parser) finalize()
finalize finishes the parsing stage .
fn (Parser) get_dom #
fn (mut parser Parser) get_dom() DocumentObjectModel
get_dom returns the parser's current DOM representation.
struct Tag #
struct Tag {
pub mut:
name string
content string
children []&Tag
attributes map[string]string // attributes will be like map[name]value
last_attribute string
class_set datatypes.Set[string]
parent &Tag = unsafe { nil }
position_in_parent int
closed bool
close_type CloseTagType = .in_name
}
Tag holds the information of an HTML tag.
fn (Tag) text #
fn (tag &Tag) text() string
text returns the text contents of the tag.
fn (Tag) str #
fn (tag &Tag) str() string
fn (Tag) get_tag #
fn (tag &Tag) get_tag(name string) ?&Tag
get_tag retrieves the first found child tag in the tag that has the given tag name.
fn (Tag) get_tag_by_attribute #
fn (tag &Tag) get_tag_by_attribute(name string) ?&Tag
get_tag_by_attribute retrieves the first found child tag in the tag that has the given attribute name.
fn (Tag) get_tag_by_attribute_value #
fn (tag &Tag) get_tag_by_attribute_value(name string, value string) ?&Tag
get_tag_by_attribute_value retrieves the first found child tag in the tag that has the given attribute name and value.
fn (Tag) get_tag_by_class_name #
fn (tag &Tag) get_tag_by_class_name(names ...string) ?&Tag
get_tag_by_class_name retrieves the first found child tag in the tag that has the given class name(s).