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#[cfg(feature = "secure")]
use std::collections::HashMap;
#[cfg(feature = "fast")]
use foldhash::{HashMap, HashMapExt};
use crate::{serialize::*, types::*};
#[test]
fn parses_xml() {
let data = "
<?xml version=\"1.0\"?>
<?xml-stylesheet href=\"catalog.xsl\" type=\"text/xsl\"?>
<catalog>
<product description=\"Cardigan Sweater\" product_image=\"cardigan.jpg\">
<catalog_item gender=\"Mens\">
<item_number>QWZ5671</item_number>
<price>39.95</price>
Nice sweater
</catalog_item>
</product>
</catalog>
";
assert_eq!(
Xml::from_input_str(data).unwrap(),
Xml::Element(
Tag {
value: "catalog".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Element(
Tag {
value: "product".into(),
attributes: [
(
String::from("description"),
String::from("Cardigan Sweater")
),
(String::from("product_image"), String::from("cardigan.jpg"))
].into_iter().collect(),
},
Some(vec![Xml::Element(
Tag {
value: "catalog_item".into(),
attributes:
[(String::from("gender"), String::from("Mens")),
].into_iter().collect(),
},
Some(vec![
Xml::Element(
Tag {
value: "item_number".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("QWZ5671".into(),),],),
),
Xml::Element(
Tag {
value: "price".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("39.95".into(),),],),
),
Xml::Text("Nice sweater".into(),),
],),
),],),
),],),
),
);
}
#[test]
fn duplicate_tags_ok() {
let data = "
<?xml version=\"1.0\"?>
<?xml-stylesheet href=\"prices.xsl\" type=\"text/xsl\"?>
<prices>
<price
val=\"19.95\"
val1=\"9.95\"
/>
<price val=\"29.95\"/>
<price val=\"39.95\"/>
<price val=\"49.95\"/>
</prices>
";
assert_eq!(
Xml::from_input_str(data).unwrap(),
Xml::Element(
Tag {
value: "prices".into(),
attributes: HashMap::new(),
},
Some(vec![
Xml::Element(
Tag {
value: "price".into(),
attributes: [
("val".into(), "19.95".into()),
("val1".into(), "9.95".into())
].into_iter().collect(),
},
None
),
Xml::Element(
Tag {
value: "price".into(),
attributes: [("val".into(), "29.95".into())].into_iter().collect(),
},
None
),
Xml::Element(
Tag {
value: "price".into(),
attributes: [("val".into(), "39.95".into())].into_iter().collect(),
},
None
),
Xml::Element(
Tag {
value: "price".into(),
attributes: [("val".into(), "49.95".into())].into_iter().collect(),
},
None
),
],),
),
);
}
#[test]
fn multi_line_attributes() {
let data = "
<?xml version=\"1.0\"?>
<?xml-stylesheetew href=\"prices.xsl\" type=\"text/xsl\"?>
<prices>
<price
val = \"9.95\"
val1 = \"19.95\"
/>
<price val=\"29.95\"/>
</prices>
";
assert_eq!(
Xml::from_input_str(data).unwrap(),
Xml::Element(
Tag {
value: "prices".into(),
attributes: HashMap::new(),
},
Some(vec![
Xml::Element(
Tag {
value: "price".into(),
attributes: [
("val".into(), "9.95".into()),
("val1".into(), "19.95".into())
].into_iter().collect(),
},
None
),
Xml::Element(
Tag {
value: "price".into(),
attributes: [("val".into(), "29.95".into())].into_iter().collect(),
},
None
),
],),
),
);
}
// FIXME:
// This test only passes half the time, due to the lack of strict
// ordering on the HashMap in `attributes`
#[test]
fn serialize_xml() {
let data = "<catalog>
<product description=\"Cardigan Sweater\" product_image=\"cardigan.jpg\">
<catalog_item gender=\"Mens\">
<item_number>
QWZ5671
</item_number>
<price>
39.95
</price>
Nice sweater
</catalog_item>
</product>
</catalog>";
assert_eq!(
String::from(data),
to_string(Xml::Element(
Tag {
value: "catalog".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Element(
Tag {
value: "product".into(),
attributes: [
(
String::from("description"),
String::from("Cardigan Sweater")
),
(String::from("product_image"), String::from("cardigan.jpg"))
].into_iter().collect(),
},
Some(vec![Xml::Element(
Tag {
value: "catalog_item".into(),
attributes:
[(String::from("gender"), String::from("Mens")),
].into_iter().collect(),
},
Some(vec![
Xml::Element(
Tag {
value: "item_number".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("QWZ5671".into(),),],),
),
Xml::Element(
Tag {
value: "price".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("39.95".into(),),],),
),
Xml::Text("Nice sweater".into(),),
],),
),],),
),],),
)),
);
}
#[test]
fn parses_xml_ref() {
let data = String::from_utf8(std::fs::read("map.tmx").unwrap()).unwrap();
assert_eq!(
Xml::from_input_str(&data).unwrap(),
Xml::Element(
Tag {
value: "catalog".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Element(
Tag {
value: "product".into(),
attributes: [
(
String::from("description"),
String::from("Cardigan Sweater")
),
(String::from("product_image"), String::from("cardigan.jpg"))
].into_iter().collect(),
},
Some(vec![Xml::Element(
Tag {
value: "catalog_item".into(),
attributes:
[(String::from("gender"), String::from("Mens")),
].into_iter().collect(),
},
Some(vec![
Xml::Element(
Tag {
value: "item_number".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("QWZ5671".into(),),],),
),
Xml::Element(
Tag {
value: "price".into(),
attributes: HashMap::new(),
},
Some(vec![Xml::Text("39.95".into(),),],),
),
Xml::Text("Nice sweater".into(),),
],),
),],),
),],),
),
);
}