aurora
/
nextcloud-neon
1
0
Fork 0
Code Issues Pull Requests Projects Releases Wiki Activity
Browse Source

dynamite_runtime: Enable skipped tests

pull/440/head
jld3103 1 year ago
parent
46d64f3dc8
commit
ced0d2bfbe
No known key found for this signature in database
GPG Key ID: 9062417B9E8EB7B3
1 changed files with 131 additions and 159 deletions
Whitespace
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Unified View
Diff Options
Show Stats Download Patch File Download Diff File
  1. 290
      packages/dynamite/dynamite_runtime/test/content_string_test.dart

290
packages/dynamite/dynamite_runtime/test/content_string_test.dart
Unescape View File

@ -57,28 +57,24 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding bool', () {
'ContentString with unknown specifiedType holding bool', final data = ContentString((final b) => b..content = true);
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = true); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {r'$': 'bool', '': true}
r'$': 'ContentString', }),
'content': {r'$': 'bool', '': true} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group('ContentString with known specifiedType holding double', () { group('ContentString with known specifiedType holding double', () {
final data = ContentString<double>((final b) => b..content = 42.5); final data = ContentString<double>((final b) => b..content = 42.5);
@ -94,28 +90,24 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding double', () {
'ContentString with unknown specifiedType holding double', final data = ContentString((final b) => b..content = 42.5);
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = 42.5); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {r'$': 'double', '': 42.5}
r'$': 'ContentString', }),
'content': {r'$': 'double', '': 42.5} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group('ContentString with known specifiedType holding list', () { group('ContentString with known specifiedType holding list', () {
final data = ContentString<BuiltList<int>>((final b) => b..content = BuiltList([1, 2, 3])); final data = ContentString<BuiltList<int>>((final b) => b..content = BuiltList([1, 2, 3]));
@ -133,35 +125,31 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding list', () {
'ContentString with unknown specifiedType holding list', final data = ContentString((final b) => b..content = BuiltList([1, 2, 3]));
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = BuiltList([1, 2, 3])); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {
r'$': 'ContentString', r'$': 'list',
'content': { '': [
r'$': 'list', {r'$': 'int', '': 1},
'': [ {r'$': 'int', '': 2},
{r'$': 'int', '': 1}, {r'$': 'int', '': 3}
{r'$': 'int', '': 2}, ]
{r'$': 'int', '': 3} }
] }),
} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group('ContentString with known specifiedType holding map', () { group('ContentString with known specifiedType holding map', () {
final data = final data =
@ -182,33 +170,29 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding map', () {
'ContentString with unknown specifiedType holding map', final data = ContentString((final b) => b..content = BuiltMap({'one': 1, 'two': 2, 'three': 3}));
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = BuiltMap({'one': 1, 'two': 2, 'three': 3})); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {
r'$': 'ContentString', r'$': 'encoded_map',
'content': { r'{"$":"String","":"one"}': {r'$': 'int', '': 1},
r'$': 'encoded_map', r'{"$":"String","":"two"}': {r'$': 'int', '': 2},
r'{"$":"String","":"one"}': {r'$': 'int', '': 1}, r'{"$":"String","":"three"}': {r'$': 'int', '': 3}
r'{"$":"String","":"two"}': {r'$': 'int', '': 2}, }
r'{"$":"String","":"three"}': {r'$': 'int', '': 3} }),
} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group( group(
'ContentString with known specifiedType holding int', 'ContentString with known specifiedType holding int',
@ -227,28 +211,24 @@ void main() {
}, },
); );
group( group('ContentString with unknown specifiedType holding int', () {
'ContentString with unknown specifiedType holding int', final data = ContentString((final b) => b..content = 42);
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = 42); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {r'$': 'int', '': 42}
r'$': 'ContentString', }),
'content': {r'$': 'int', '': 42} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group('ContentString with known specifiedType holding String', () { group('ContentString with known specifiedType holding String', () {
final data = ContentString<String>((final b) => b..content = 'test'); final data = ContentString<String>((final b) => b..content = 'test');
@ -264,28 +244,24 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding String', () {
'ContentString with unknown specifiedType holding String', final data = ContentString((final b) => b..content = 'test');
() { final serialized = json.decode(
final data = ContentString((final b) => b..content = 'test'); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {r'$': 'String', '': 'test'}
r'$': 'ContentString', }),
'content': {r'$': 'String', '': 'test'} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: true,
);
group('ContentString with known specifiedType holding ContentString', () { group('ContentString with known specifiedType holding ContentString', () {
final data = ContentString<ContentString<String>>( final data = ContentString<ContentString<String>>(
@ -308,34 +284,30 @@ void main() {
}); });
}); });
group( group('ContentString with unknown specifiedType holding ContentString', () {
'ContentString with unknown specifiedType holding ContentString', final data = ContentString<ContentString<String>>(
() { (final b) => b
final data = ContentString<ContentString<String>>( ..content = ContentString<String>(
(final b) => b (final b) => b..content = 'test',
..content = ContentString<String>( ),
(final b) => b..content = 'test', );
), final serialized = json.decode(
); json.encode({
final serialized = json.decode( r'$': 'ContentString',
json.encode({ 'content': {
r'$': 'ContentString', r'$': 'ContentString',
'content': { 'content': {r'$': 'String', '': 'test'}
r'$': 'ContentString', }
'content': {r'$': 'String', '': 'test'} }),
} ) as Object;
}), const specifiedType = FullType.unspecified;
) as Object;
const specifiedType = FullType.unspecified;
test('can be serialized', () { test('can be serialized', () {
expect(serializers.serialize(data, specifiedType: specifiedType), serialized); expect(serializers.serialize(data, specifiedType: specifiedType), serialized);
}); });
test('can be deserialized', () { test('can be deserialized', () {
expect(serializers.deserialize(serialized, specifiedType: specifiedType), data); expect(serializers.deserialize(serialized, specifiedType: specifiedType), data);
}); });
}, });
skip: false,
);
} }

Write Preview
Loading…
Cancel
Save