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ve.dm.MWReferenceNode.test.js
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ve.dm.MWReferenceNode.test.js
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'use strict'
;
QUnit
.
module
(
've.dm.MWReferenceNode (Cite)'
,
ve
.
test
.
utils
.
newMwEnvironment
()
);
QUnit
.
test
(
'makeListKey'
,
(
assert
)
=>
{
const
internalList
=
{
getNextUniqueNumber
:
()
=>
7
};
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
makeListKey
(
internalList
,
'a'
),
'literal/a'
);
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
makeListKey
(
internalList
),
'auto/7'
);
}
);
QUnit
.
test
(
'isBodyContentSet'
,
(
assert
)
=>
{
const
dataElement
=
{
attributes
:
{
contentsUsed
:
true
,
listGroup
:
'same'
}
};
const
element
=
{
attributes
:
{
contentsUsed
:
false
}
};
const
nodesWithSameKey
=
[
new
ve
.
dm
.
Model
(
element
)
];
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
isBodyContentSet
(
dataElement
,
nodesWithSameKey
)
);
// One of the other ref with the same name already holds the content
element
.
attributes
.
contentsUsed
=
true
;
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
isBodyContentSet
(
dataElement
,
nodesWithSameKey
)
);
// The other ref is actually the same as the current one
element
.
attributes
.
listGroup
=
'same'
;
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
isBodyContentSet
(
dataElement
,
nodesWithSameKey
)
);
element
.
attributes
.
listGroup
=
'different'
;
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
isBodyContentSet
(
dataElement
,
nodesWithSameKey
)
);
// Nothing matters when the current ref doesn't hold content
dataElement
.
attributes
.
contentsUsed
=
false
;
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
isBodyContentSet
(
dataElement
,
nodesWithSameKey
)
);
}
);
QUnit
.
test
(
'shouldGetMainContent on a normal main reference'
,
(
assert
)
=>
{
const
dataElement
=
{
attributes
:
{
listGroup
:
'same'
,
listKey
:
'foo'
}
};
const
ownRef
=
{
attributes
:
{
listGroup
:
'same'
,
listKey
:
'foo'
}
};
const
nodeGroup
=
new
ve
.
dm
.
InternalListNodeGroup
();
nodeGroup
.
appendNode
(
'foo'
,
new
ve
.
dm
.
Model
(
ownRef
)
);
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
shouldGetMainContent
(
dataElement
,
nodeGroup
),
'There is no other ref, only this one'
);
const
otherRef
=
{
attributes
:
{
contentsUsed
:
true
}
};
nodeGroup
.
appendNode
(
'foo'
,
new
ve
.
dm
.
Model
(
otherRef
)
);
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
shouldGetMainContent
(
dataElement
,
nodeGroup
),
'Another ref was holding the content before'
);
otherRef
.
attributes
.
contentsUsed
=
false
;
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
shouldGetMainContent
(
dataElement
,
nodeGroup
),
'No other ref was holding the content before'
);
ownRef
.
attributes
.
listGroup
=
'different'
;
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
shouldGetMainContent
(
dataElement
,
nodeGroup
),
'The current ref is not the same as the first in the list'
);
dataElement
.
attributes
.
contentsUsed
=
true
;
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
shouldGetMainContent
(
dataElement
,
nodeGroup
),
'This ref was holding the content before'
);
}
);
QUnit
.
test
(
'generateName on a normal main reference'
,
(
assert
)
=>
{
const
attributes
=
{};
const
internalList
=
{
getNodeGroup
:
()
=>
new
ve
.
dm
.
InternalListNodeGroup
()
};
const
nodesWithSameKey
=
[
'dummy1'
];
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
generateName
(
attributes
,
internalList
,
nodesWithSameKey
),
undefined
);
nodesWithSameKey
.
push
(
'dummy2'
);
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
generateName
(
attributes
,
internalList
,
nodesWithSameKey
),
':0'
);
attributes
.
listKey
=
'literal/foo'
;
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
generateName
(
attributes
,
internalList
,
nodesWithSameKey
),
'foo'
);
}
);
QUnit
.
test
(
'generateName on a sub-reference'
,
(
assert
)
=>
{
const
attributes
=
{
mainRefKey
:
'x'
};
const
internalList
=
{
getNodeGroup
:
()
=>
new
ve
.
dm
.
InternalListNodeGroup
()
};
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
generateName
(
attributes
,
internalList
,
[]
),
':0'
);
attributes
.
mainRefKey
=
'literal/foo'
;
assert
.
strictEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
generateName
(
attributes
,
internalList
,
[]
),
'foo'
);
}
);
QUnit
.
test
(
'getSubRefs'
,
(
assert
)
=>
{
const
node1
=
new
ve
.
dm
.
Node
(
{
attributes
:
{
mainRefKey
:
'a'
}
}
);
node1
.
getOffset
=
()
=>
98
;
const
node2
=
new
ve
.
dm
.
Node
(
{
attributes
:
{
mainRefKey
:
'a'
}
}
);
node2
.
getOffset
=
()
=>
99
;
const
nodeGroup
=
new
ve
.
dm
.
InternalListNodeGroup
();
nodeGroup
.
appendNode
(
'subref2'
,
node2
);
nodeGroup
.
appendNode
(
'subref1'
,
node1
);
nodeGroup
.
sortGroupIndexes
();
const
subRefs
=
ve
.
dm
.
MWReferenceNode
.
static
.
getSubRefs
(
'a'
,
nodeGroup
);
assert
.
strictEqual
(
subRefs
.
length
,
2
);
// The returned sub-references should be in document order
assert
.
strictEqual
(
subRefs
[
0
].
getOffset
(),
98
);
}
);
QUnit
.
test
(
'hasSubRefs'
,
(
assert
)
=>
{
const
attributes
=
{
listKey
:
'a'
};
const
nodeGroup
=
new
ve
.
dm
.
InternalListNodeGroup
();
const
internalList
=
{
getNodeGroup
:
()
=>
nodeGroup
};
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
hasSubRefs
(
attributes
,
internalList
)
);
nodeGroup
.
appendNode
(
''
,
new
ve
.
dm
.
Model
(
{
attributes
:
{
mainRefKey
:
'a'
}
}
)
);
assert
.
true
(
ve
.
dm
.
MWReferenceNode
.
static
.
hasSubRefs
(
attributes
,
internalList
)
);
// But when it's a sub-ref it cannot have sub-refs
attributes
.
mainRefKey
=
'x'
;
assert
.
false
(
ve
.
dm
.
MWReferenceNode
.
static
.
hasSubRefs
(
attributes
,
internalList
)
);
}
);
QUnit
.
test
(
'remapInternalListIndexes'
,
(
assert
)
=>
{
const
dataElement
=
{
attributes
:
{
listIndex
:
'old'
,
listKey
:
'auto/'
}
};
const
mapping
=
{
old
:
'new'
};
const
internalList
=
{
getNextUniqueNumber
:
()
=>
7
};
ve
.
dm
.
MWReferenceNode
.
static
.
remapInternalListIndexes
(
dataElement
,
mapping
,
internalList
);
assert
.
deepEqual
(
dataElement
.
attributes
,
{
listIndex
:
'new'
,
listKey
:
'auto/7'
}
);
}
);
QUnit
.
test
(
'remapInternalListKeys'
,
(
assert
)
=>
{
const
dataElement
=
{
attributes
:
{
listKey
:
'k'
}
};
const
internalList
=
{
keys
:
[
'k'
]
};
ve
.
dm
.
MWReferenceNode
.
static
.
remapInternalListKeys
(
dataElement
,
internalList
);
assert
.
strictEqual
(
dataElement
.
attributes
.
listKey
,
'k2'
);
}
);
QUnit
.
test
(
'getGroup'
,
(
assert
)
=>
{
const
dataElement
=
{
attributes
:
{
refGroup
:
'g'
}
};
assert
.
deepEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
getGroup
(
dataElement
),
'g'
);
}
);
QUnit
.
test
(
'cloneElement'
,
(
assert
)
=>
{
const
element
=
{
attributes
:
{
contentsUsed
:
true
,
mw
:
{},
originalMw
:
{}
}
};
const
store
=
{
value
:
()
=>
false
};
const
clone
=
ve
.
dm
.
MWReferenceNode
.
static
.
cloneElement
(
element
,
store
);
assert
.
deepEqual
(
clone
.
attributes
,
{}
);
assert
.
true
(
isFinite
(
clone
.
originalDomElementsHash
)
);
}
);
QUnit
.
test
(
'getHashObject'
,
(
assert
)
=>
{
const
dataElement
=
{
type
:
'T'
,
attributes
:
{
listGroup
:
'L'
}
};
assert
.
deepEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
getHashObject
(
dataElement
),
dataElement
);
// FIXME: Shouldn't this behave different?
assert
.
deepEqual
(
ve
.
dm
.
MWReferenceNode
.
static
.
getInstanceHashObject
(
dataElement
),
dataElement
);
}
);
QUnit
.
test
(
'describeChange'
,
(
assert
)
=>
{
for
(
const
[
key
,
change
,
expected
]
of
[
[
'refGroup'
,
{
to
:
'b'
},
'cite-ve-changedesc-ref-group-to,<ins>b</ins>'
],
[
'refGroup'
,
{
from
:
'a'
},
'cite-ve-changedesc-ref-group-from,<del>a</del>'
],
[
'refGroup'
,
{
from
:
'a'
,
to
:
'b'
},
'cite-ve-changedesc-ref-group-both,<del>a</del>,<ins>b</ins>'
],
[
''
,
{},
undefined
]
]
)
{
let
msg
=
ve
.
dm
.
MWReferenceNode
.
static
.
describeChange
(
key
,
change
);
if
(
Array
.
isArray
(
msg
)
)
{
msg
=
$
(
'<span>'
).
append
(
msg
).
html
();
}
assert
.
strictEqual
(
msg
,
expected
);
}
}
);
QUnit
.
test
(
'copySyntheticRefIntoReferencesList'
,
(
assert
)
=>
{
const
doc
=
ve
.
dm
.
citeExample
.
createExampleDocument
(
'references'
);
const
nodeGroup
=
doc
.
getInternalList
().
getNodeGroup
(
'mwReference/'
);
const
key
=
'literal/bar'
;
const
ref
=
nodeGroup
.
getFirstNode
(
key
);
const
surface
=
new
ve
.
dm
.
Surface
(
doc
);
assert
.
strictEqual
(
nodeGroup
.
getAllReuses
(
key
).
length
,
2
);
ref
.
copySyntheticRefIntoReferencesList
(
surface
);
assert
.
strictEqual
(
nodeGroup
.
getAllReuses
(
key
).
length
,
3
);
const
newRef
=
nodeGroup
.
getAllReuses
(
key
)[
2
];
assert
.
strictEqual
(
ve
.
getProp
(
newRef
.
getAttributes
(),
'mw'
,
'isSyntheticMainRef'
),
true
);
}
);
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