test/splitting/list_collection_for.stmt

40 columns                              |
>>> split collection before for
var list = [for (a in b) somewhatLongThingHere];
<<<
var list = [
  for (a in b) somewhatLongThingHere
];
>>> one line in multi-line
var list = [veryLongThingThatForcesASplit, for (a in b) 2, 3];
<<<
var list = [
  veryLongThingThatForcesASplit,
  for (a in b) 2,
  3
];
>>> long body forces split
var list = [1, for (a in b) veryLongThingThatForcesASplit, 3];
<<<
var list = [
  1,
  for (a in b)
    veryLongThingThatForcesASplit,
  3
];
>>> split inside body
var list = [1, for (a in b) veryLongThingThatForcesASplit + anotherLongThing, 3];
<<<
var list = [
  1,
  for (a in b)
    veryLongThingThatForcesASplit +
        anotherLongThing,
  3
];
>>> trailing comma
var list = [for (a in b) 2,];
<<<
var list = [
  for (a in b) 2,
];
>>> spread list inside for stays on one line if it fits
var list = [for (a in b) ...[1, 2]];
<<<
var list = [
  for (a in b) ...[1, 2]
];
>>> spread list inside for formats like block if it splits
var list = [for (a in b) ...[1, 2,]];
<<<
var list = [
  for (a in b) ...[
    1,
    2,
  ]
];
>>> a split collection that isn't spread wraps and indents
var list = [for (a in b) [1,2,]];
<<<
var list = [
  for (a in b)
    [
      1,
      2,
    ]
];
>>> lambda inside body
var list = [for (a in b) () { body; }];
<<<
var list = [
  for (a in b)
    () {
      body;
    }
];
>>> split if child is for
var l = [for (a in b) for (c in d) t];
<<<
var l = [
  for (a in b)
    for (c in d) t
];
>>> split if child is if
var list = [
  for (var a in b) if (c) d
];
<<<
var list = [
  for (var a in b)
    if (c) d
];
>>> split collection before body
var list = [for (a in b) longThingThatIsLong];
<<<
var list = [
  for (a in b) longThingThatIsLong
];
>>> just split outer for
var list = [for (a in b) for (c in d) longThingThatIsLong];
<<<
var list = [
  for (a in b)
    for (c in d) longThingThatIsLong
];
>>> nested list inside for element
var list = [for (var a in b) [c]];
<<<
var list = [
  for (var a in b) [c]
];
>>> nested spread list inside for element
var list = [for (var a in b) ...[c]];
<<<
var list = [
  for (var a in b) ...[c]
];
>>> nested if inside list
var l = [for (var a in b) [if (c) d]];
<<<
var l = [
  for (var a in b) [if (c) d]
];
>>> nested for inside list
var l = [for (a in b) [for (c in d) e]];
<<<
var l = [
  for (a in b) [for (c in d) e]
];
>>> split in for-in type
var list = [for (LongGenericTypeName<TypeArg, AnotherTypeArgument> a in b) body];
<<<
var list = [
  for (LongGenericTypeName<TypeArg,
      AnotherTypeArgument> a in b)
    body
];
>>> split in for-in expression
var list = [for (a in sequenceExpression + thatDoesNotFit) body];
<<<
var list = [
  for (a in sequenceExpression +
      thatDoesNotFit)
    body
];
>>> split in for var type
var list = [for (LongGenericTypeName<TypeArg, AnotherTypeArgument> a = 0; a < 1; a++) body];
<<<
var list = [
  for (LongGenericTypeName<TypeArg,
          AnotherTypeArgument> a = 0;
      a < 1;
      a++)
    body
];
>>> split in for initializer
var list = [for (a = initializerExpression + thatDoesNotFit; a < 1; a++) body];
<<<
var list = [
  for (a = initializerExpression +
          thatDoesNotFit;
      a < 1;
      a++)
    body
];
>>> split in for condition
var list = [for (a = b; conditionExpression + thatDoesNotFit; a++) body];
<<<
var list = [
  for (a = b;
      conditionExpression +
          thatDoesNotFit;
      a++)
    body
];
>>> split in for increment
var list = [for (a = b; a < 1; incrementExpression + thatDoesNotFit) body];
<<<
var list = [
  for (a = b;
      a < 1;
      incrementExpression +
          thatDoesNotFit)
    body
];
>>> pattern for-in expression split in pattern
var list = [
for (var (longIdentifier && anotherLongOne) in obj) element
];
<<<
var list = [
  for (var (longIdentifier &&
      anotherLongOne) in obj)
    element
];
>>> pattern for-in expression split in pattern
var list = [
for (var (longIdentifier && anotherLongOne) = obj; cond; inc) element
];
<<<
var list = [
  for (var (longIdentifier &&
          anotherLongOne) = obj;
      cond;
      inc)
    element
];