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Move default_ns_* tests into the module default_namespace
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@Mingun
Mingun committed Jun 19, 2024
1 parent e82e5c5 commit c9254ec
Showing 1 changed file with 140 additions and 140 deletions.
280 changes: 140 additions & 140 deletions tests/reader-namespaces.rs
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Original file line number Diff line number Diff line change
Expand Up @@ -238,6 +238,146 @@ mod default_namespace {
vec![(PrefixDeclaration::Default, Namespace(b"www1"))]
);
}

#[test]
fn shadowing_empty() {
let src = "<e xmlns='urn:example:o'><e att1='a' xmlns='urn:example:i' /></e>";

let mut r = NsReader::from_str(src);

// <outer xmlns='urn:example:o'>
{
match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected Start event (<outer>), got {:?}", e),
}

let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(1)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:o"))]
);
}

// <inner att1='a' xmlns='urn:example:i' />
{
let e = match r.read_resolved_event() {
Ok((ns, Empty(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
e
}
e => panic!("Expecting Empty event, got {:?}", e),
};

let mut attrs = e
.attributes()
.map(|ar| ar.expect("Expecting attribute parsing to succeed."))
// we don't care about xmlns attributes for this test
.filter(|kv| kv.key.as_namespace_binding().is_none())
.map(|Attribute { key: name, value }| {
let (opt_ns, local_name) = r.resolve_attribute(name);
(opt_ns, local_name.into_inner(), value)
});
// the attribute should _not_ have a namespace name. The default namespace does not
// apply to attributes.
assert_eq!(
attrs.next(),
Some((Unbound, &b"att1"[..], Cow::Borrowed(&b"a"[..])))
);
assert_eq!(attrs.next(), None);

let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(2)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:i")),]
);
}

// </outer>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (<outer>), got {:?}", e),
}
let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(1)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:o"))]
);
}

#[test]
fn shadowing_expanded() {
let src = "<e xmlns='urn:example:o'><e att1='a' xmlns='urn:example:i' /></e>";

let mut r = NsReader::from_str(src);
r.config_mut().expand_empty_elements = true;

// <outer xmlns='urn:example:o'>
{
match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected Start event (<outer>), got {:?}", e),
}
}

// <inner att1='a' xmlns='urn:example:i' />
{
let e = match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
e
}
e => panic!("Expecting Start event (<inner>), got {:?}", e),
};
let mut attrs = e
.attributes()
.map(|ar| ar.expect("Expecting attribute parsing to succeed."))
// we don't care about xmlns attributes for this test
.filter(|kv| kv.key.as_namespace_binding().is_none())
.map(|Attribute { key: name, value }| {
let (opt_ns, local_name) = r.resolve_attribute(name);
(opt_ns, local_name.into_inner(), value)
});
// the attribute should _not_ have a namespace name. The default namespace does not
// apply to attributes.
assert_eq!(
attrs.next(),
Some((Unbound, &b"att1"[..], Cow::Borrowed(&b"a"[..])))
);
assert_eq!(attrs.next(), None);
}

// virtual </inner>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (</inner>), got {:?}", e),
}
// </outer>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (</outer>), got {:?}", e),
}
}
}

/// Single empty element with qualified attributes.
Expand Down Expand Up @@ -337,146 +477,6 @@ fn attributes_empty_ns_expanded() {
}
}

#[test]
fn default_ns_shadowing_empty() {
let src = "<e xmlns='urn:example:o'><e att1='a' xmlns='urn:example:i' /></e>";

let mut r = NsReader::from_str(src);

// <outer xmlns='urn:example:o'>
{
match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected Start event (<outer>), got {:?}", e),
}

let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(1)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:o"))]
);
}

// <inner att1='a' xmlns='urn:example:i' />
{
let e = match r.read_resolved_event() {
Ok((ns, Empty(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
e
}
e => panic!("Expecting Empty event, got {:?}", e),
};

let mut attrs = e
.attributes()
.map(|ar| ar.expect("Expecting attribute parsing to succeed."))
// we don't care about xmlns attributes for this test
.filter(|kv| kv.key.as_namespace_binding().is_none())
.map(|Attribute { key: name, value }| {
let (opt_ns, local_name) = r.resolve_attribute(name);
(opt_ns, local_name.into_inner(), value)
});
// the attribute should _not_ have a namespace name. The default namespace does not
// apply to attributes.
assert_eq!(
attrs.next(),
Some((Unbound, &b"att1"[..], Cow::Borrowed(&b"a"[..])))
);
assert_eq!(attrs.next(), None);

let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(2)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:i")),]
);
}

// </outer>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (<outer>), got {:?}", e),
}
let it = r.prefixes();
assert_eq!(it.size_hint(), (0, Some(1)));
assert_eq!(
it.collect::<Vec<_>>(),
vec![(PrefixDeclaration::Default, Namespace(b"urn:example:o"))]
);
}

#[test]
fn default_ns_shadowing_expanded() {
let src = "<e xmlns='urn:example:o'><e att1='a' xmlns='urn:example:i' /></e>";

let mut r = NsReader::from_str(src);
r.config_mut().expand_empty_elements = true;

// <outer xmlns='urn:example:o'>
{
match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected Start event (<outer>), got {:?}", e),
}
}

// <inner att1='a' xmlns='urn:example:i' />
{
let e = match r.read_resolved_event() {
Ok((ns, Start(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
e
}
e => panic!("Expecting Start event (<inner>), got {:?}", e),
};
let mut attrs = e
.attributes()
.map(|ar| ar.expect("Expecting attribute parsing to succeed."))
// we don't care about xmlns attributes for this test
.filter(|kv| kv.key.as_namespace_binding().is_none())
.map(|Attribute { key: name, value }| {
let (opt_ns, local_name) = r.resolve_attribute(name);
(opt_ns, local_name.into_inner(), value)
});
// the attribute should _not_ have a namespace name. The default namespace does not
// apply to attributes.
assert_eq!(
attrs.next(),
Some((Unbound, &b"att1"[..], Cow::Borrowed(&b"a"[..])))
);
assert_eq!(attrs.next(), None);
}

// virtual </inner>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:i")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (</inner>), got {:?}", e),
}
// </outer>
match r.read_resolved_event() {
Ok((ns, End(e))) => {
assert_eq!(ns, Bound(Namespace(b"urn:example:o")));
assert_eq!(e.name(), QName(b"e"));
}
e => panic!("Expected End event (</outer>), got {:?}", e),
}
}

/// Although the XML specification [recommends against] the use of names where
/// the local name portion begins with the letters "xml" (case insensitive),
/// it also specifies, that processors *MUST NOT* treat them as fatal errors.
Expand Down

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