mediawiki-extensions-Visual.../modules/ve-mw/tests/dm/models/ve.dm.MWTemplateModel.test.js
Thiemo Kreuz 454dc53126 Give getUniquePartId method a better name
It's not a getter, but a generator. I found the name confusing.
Getters typically don't return something different every time you
call them.

Change-Id: I6eeab8b6a8644e430003f6e1ad77ab4b28e0d8c9
2021-12-22 13:03:01 +01:00

512 lines
12 KiB
JavaScript

/*!
* VisualEditor DataModel MWTemplateModel tests.
*
* @copyright 2011-2020 VisualEditor Team and others; see AUTHORS.txt
* @license The MIT License (MIT); see LICENSE.txt
*/
{
const transclusionData = {
params: {
foo: { wt: 'Foo value' },
bar: { wt: 'Bar value' },
Bar: { wt: 'Bar value' },
empty: { wt: '' },
'': { wt: '' }
},
target: {
href: './Template:Test',
wt: 'Test'
}
};
QUnit.module( 've.dm.MWTemplateModel' );
/**
* Create a new MWTemplateModel initialized with a static transclusion data fixture.
*
* @return {ve.dm.MWTemplateModel}
*/
const newTemplateModel = function () {
const doc = ve.dm.Document.static.newBlankDocument(),
transclusion = new ve.dm.MWTransclusionModel( doc ),
clonedTransclusionData = ve.extendObject( {}, transclusionData );
return ve.dm.MWTemplateModel.newFromData( transclusion, clonedTransclusionData );
};
/* Tests */
[
[ undefined, null ],
[ '', null ],
[ 'no_prefix', 'no prefix' ],
[ '/unexpected_prefix', '/unexpected prefix' ],
[ './Template:%C3%9Cnicode%5Fexample/subpage', 'Template:Ünicode example/subpage' ],
[ './Template:Possibly_invalid%5B%5D', 'Template:Possibly invalid[]' ]
].forEach( ( [ href, expected ] ) =>
QUnit.test( 'getTitle: ' + href, ( assert ) => {
const transclusion = { nextUniquePartId: () => 0 },
template = new ve.dm.MWTemplateModel( transclusion, { href } );
assert.strictEqual( template.getTitle(), expected );
} )
);
QUnit.test( 'hasParameter', ( assert ) => {
const template = newTemplateModel();
// All parameters are primary as long as the TemplateData documentation isn't known
assert.strictEqual( template.hasParameter( 'bar' ), true );
assert.strictEqual( template.hasParameter( 'resolved-bar' ), false );
assert.strictEqual( template.hasParameter( 'alternative-bar' ), false );
template.getSpec().setTemplateData( { params: {
'resolved-bar': { aliases: [ 'bar', 'alternative-bar' ] }
} } );
// Now "bar" and "alternative-bar" are aliases, and "resolved-bar" is the primary name
assert.strictEqual( template.hasParameter( 'bar' ), true );
assert.strictEqual( template.hasParameter( 'resolved-bar' ), true );
assert.strictEqual( template.hasParameter( 'alternative-bar' ), true );
} );
QUnit.test( 'getOriginalParameterName', ( assert ) => {
const template = newTemplateModel();
template.addParameter( new ve.dm.MWParameterModel( template, 'p1' ) );
template.addParameter( new ve.dm.MWParameterModel( template, 'p2-alias' ) );
// These are all independent parameters as long as we don't know anything about aliases
assert.strictEqual( template.getOriginalParameterName( 'p1' ), 'p1' );
assert.strictEqual( template.getOriginalParameterName( 'p1-alias' ), 'p1-alias' );
assert.strictEqual( template.getOriginalParameterName( 'p2' ), 'p2' );
assert.strictEqual( template.getOriginalParameterName( 'p2-alias' ), 'p2-alias' );
assert.strictEqual( template.getOriginalParameterName( 'p3' ), 'p3' );
assert.strictEqual( template.getOriginalParameterName( 'p3-alias' ), 'p3-alias' );
template.getSpec().setTemplateData( { params: {
p1: { aliases: [ 'p1-alias' ] },
p2: { aliases: [ 'p2-alias' ] },
p3: { aliases: [ 'p3-alias' ] }
} } );
assert.strictEqual( template.getOriginalParameterName( 'p1' ), 'p1' );
assert.strictEqual( template.getOriginalParameterName( 'p1-alias' ), 'p1' );
assert.strictEqual( template.getOriginalParameterName( 'p2' ), 'p2-alias' );
assert.strictEqual( template.getOriginalParameterName( 'p2-alias' ), 'p2-alias' );
assert.strictEqual( template.getOriginalParameterName( 'p3' ), 'p3' );
assert.strictEqual( template.getOriginalParameterName( 'p3-alias' ), 'p3' );
} );
QUnit.test( 'serialize input parameters', ( assert ) => {
const template = newTemplateModel();
const serialization = template.serialize();
assert.deepEqual( serialization, { template: {
params: {
foo: { wt: 'Foo value' },
bar: { wt: 'Bar value' },
Bar: { wt: 'Bar value' },
empty: { wt: '' }
},
target: { href: './Template:Test', wt: 'Test' }
} } );
} );
QUnit.test( 'serialize changed input parameters', ( assert ) => {
const template = newTemplateModel(),
newParameter = new ve.dm.MWParameterModel( template, 'baz', 'Baz value' );
template.addParameter( newParameter );
const serialization = template.serialize();
assert.deepEqual( serialization.template.params.baz, { wt: 'Baz value' } );
} );
// T75134
QUnit.test( 'serialize after parameter was removed', ( assert ) => {
const template = newTemplateModel(),
existingParameter = template.getParameter( 'bar' );
template.removeParameter( existingParameter );
const serialization = template.serialize();
assert.deepEqual( serialization.template.params, {
foo: { wt: 'Foo value' },
Bar: { wt: 'Bar value' },
empty: { wt: '' }
} );
} );
// T101075
QUnit.test( 'serialize without empty parameter not present in original parameter set', ( assert ) => {
const template = newTemplateModel(),
parameterWithoutValue = new ve.dm.MWParameterModel( template, 'new_empty', '' );
template.addParameter( parameterWithoutValue );
const serialization = template.serialize();
assert.deepEqual( serialization.template.params, {
foo: { wt: 'Foo value' },
bar: { wt: 'Bar value' },
Bar: { wt: 'Bar value' },
empty: { wt: '' }
} );
} );
[
{
name: 'serialize with explicit parameter order',
spec: {
params: {
foo: {},
empty: {},
bar: {},
Bar: {}
},
paramOrder: [ 'bar', 'foo', 'empty', 'Bar' ]
},
expected: [ 'foo', 'bar', 'Bar', 'empty' ]
},
{
name: 'serialize with no parameter order',
spec: {
params: {
foo: {},
empty: {},
bar: {},
Bar: {}
}
},
expected: [ 'foo', 'bar', 'Bar', 'empty' ]
},
{
name: 'serialize with aliases',
spec: {
params: {
foo: {},
Bar: {},
empty: {},
hasaliases: { aliases: [ 'bar', 'baz' ] }
}
},
expected: [ 'foo', 'bar', 'Bar', 'empty' ]
},
{
name: 'serialize with unknown params',
spec: {
params: {
bar: {}
}
},
expected: [ 'foo', 'bar', 'Bar', 'empty' ]
}
].forEach( ( { name, spec, expected } ) =>
QUnit.test( name, ( assert ) => {
const template = newTemplateModel();
template.getSpec().setTemplateData( spec );
const serialization = template.serialize();
assert.deepEqual( Object.keys( serialization.template.params ), expected );
} )
);
[
{
name: 'no spec retrieved',
spec: null,
expected: [
'bar',
'Bar',
'empty',
'foo',
''
]
},
{
name: 'empty spec',
spec: {},
expected: [
'bar',
'Bar',
'empty',
'foo',
''
]
},
{
name: 'spec with explicit paramOrder and all known params',
spec: {
params: {
bar: {},
Bar: {},
empty: {},
unused: {},
foo: {}
},
paramOrder: [ 'foo', 'Bar', 'empty', 'bar', 'unused' ]
},
expected: [
'foo',
'Bar',
'empty',
'bar',
''
]
},
{
name: 'spec with explicit paramOrder and some unknown params',
spec: {
params: {
empty: {},
unused: {},
foo: {}
},
paramOrder: [ 'foo', 'empty', 'unused' ]
},
expected: [
'foo',
'empty',
'bar',
'Bar',
''
]
},
{
name: 'spec with explicit paramOrder but all unknown params',
spec: {
params: {},
paramOrder: []
},
expected: [
'bar',
'Bar',
'empty',
'foo',
''
]
},
{
name: 'spec with no paramOrder, all known params',
spec: {
params: {
bar: {},
Bar: {},
foo: {},
unused: {},
empty: {}
}
},
expected: [
'bar',
'Bar',
'foo',
'empty',
''
]
},
{
name: 'spec with no paramOrder and some unknown params',
spec: {
params: {
empty: {},
unused: {},
foo: {}
}
},
expected: [
'empty',
'foo',
'bar',
'Bar',
''
]
}
].forEach( ( { name, spec, expected } ) =>
QUnit.test( 'getOrderedParameterNames: ' + name, ( assert ) => {
const template = newTemplateModel();
if ( spec ) {
template.getSpec().setTemplateData( spec );
}
assert.deepEqual( template.getOrderedParameterNames(), expected );
} )
);
[
{
name: 'no spec retrieved',
spec: null,
expected: [
'bar',
'Bar',
'empty',
'foo',
''
]
},
{
name: 'spec with explicit paramOrder and all known params',
spec: {
params: {
bar: {},
Bar: {},
empty: {},
unused: {},
foo: {}
},
paramOrder: [ 'foo', 'Bar', 'empty', 'unused', 'bar' ]
},
expected: [
'foo',
'Bar',
'empty',
'unused',
'bar',
''
]
},
{
name: 'spec with explicit paramOrder and some unknown params',
spec: {
params: {
empty: {},
unused: {},
foo: {}
},
paramOrder: [ 'foo', 'empty', 'unused' ]
},
expected: [
'foo',
'empty',
'unused',
'bar',
'Bar',
''
]
},
{
name: 'spec with explicit paramOrder but all unknown params',
spec: {
params: {},
paramOrder: []
},
expected: [
'bar',
'Bar',
'empty',
'foo',
''
]
},
{
name: 'spec with no paramOrder, all known params',
spec: {
params: {
bar: {},
Bar: {},
foo: {},
unused: {},
empty: {}
}
},
expected: [
'bar',
'Bar',
'foo',
'unused',
'empty',
''
]
},
{
name: 'spec with no paramOrder and some unknown params',
spec: {
params: {
empty: {},
unused: {},
foo: {}
}
},
expected: [
'empty',
'unused',
'foo',
'bar',
'Bar',
''
]
},
{
name: 'spec with explicit paramOrder and aliases',
spec: {
params: {
empty: {},
unused: {},
hasalias: {
aliases: [ 'bar', 'baz' ]
}
},
paramOrder: [ 'hasalias', 'empty', 'unused' ]
},
expected: [
'bar',
'empty',
'unused',
'Bar',
'foo',
''
]
}
].forEach( ( { name, spec, expected } ) =>
QUnit.test( 'getAllParametersOrdered: ' + name, ( assert ) => {
const template = newTemplateModel();
if ( spec ) {
template.getSpec().setTemplateData( spec );
}
assert.deepEqual( template.getAllParametersOrdered(), expected );
} )
);
[
[ 'a', 'b', 'Template:A', 'prefers .wt when it is a valid title' ],
[ '{{a}}', 'subst:b', 'subst:b', 'falls back to unmodified getTitle' ],
[ 'subst:a', 'b', 'Template:A', 'strips subst:' ],
[ 'safesubst:a', 'b', 'Template:A', 'strips safesubst:' ],
[ ' SUBST: a', 'b', 'Template:A', 'ignores capitalization and whitespace' ],
[ 'subst :a', 'b', 'Template:Subst :a', 'leaves bad whitespace untouched' ],
[ 'int:a', 'b', 'Template:Int:a', 'leaves other prefixes untouched' ]
].forEach( ( [ wt, href, expected, message ] ) =>
QUnit.test( 'getTemplateDataQueryTitle: ' + message, ( assert ) => {
const transclusion = { nextUniquePartId: () => 0 },
data = { target: { wt, href } },
model = ve.dm.MWTemplateModel.newFromData( transclusion, data );
assert.strictEqual( model.getTemplateDataQueryTitle(), expected );
} )
);
[
[ {}, false, 'no parameters' ],
[ { p1: {}, p2: { wt: 'foo' } }, true, 'multiple parameters' ],
[ { p1: {} }, false, 'undefined' ],
[ { p1: { wt: null } }, false, 'null' ],
[ { p1: { wt: '' } }, false, 'empty string' ],
[ { p1: { wt: ' ' } }, true, 'space' ],
[ { p1: { wt: '0' } }, true, '0' ],
[ { p1: { wt: '\nfoo' } }, true, 'newline' ]
].forEach( ( [ params, expected, message ] ) =>
QUnit.test( 'containsValuableData: ' + message, ( assert ) => {
const transclusion = { nextUniquePartId: () => 0 },
data = { target: {}, params },
model = ve.dm.MWTemplateModel.newFromData( transclusion, data );
assert.strictEqual( model.containsValuableData(), expected );
} )
);
}