test/invocation/chain.stmt

40 columns                              |
>>> Keep chain on one line if it fits.
compiler.something().something().some();
<<<
compiler.something().something().some();
>>> Split all chained calls if they don't fit on one line.
compiler.something().something().something();
<<<
compiler
    .something()
    .something()
    .something();
>>> Indent contents of split argument lists in calls.
target.arguments(argument1, argument2, argument3)
.list([element1, element2, element3]).function(() {body;})
.operator(someLongOperand + anotherLongOperand);
<<<
target
    .arguments(
      argument1,
      argument2,
      argument3,
    )
    .list([
      element1,
      element2,
      element3,
    ])
    .function(() {
      body;
    })
    .operator(
      someLongOperand +
          anotherLongOperand,
    );
>>> Indent split calls past the target indentation.
someVeryLongExpression = someVeryLongExpression.someLongMethod();
<<<
someVeryLongExpression =
    someVeryLongExpression
        .someLongMethod();
>>> Don't split before an implicit receiver.
return
     firstLongMethod()
    .secondLongMethod();
<<<
return firstLongMethod()
    .secondLongMethod();
>>> If call looks like named constructor, don't put in chain.
Foo.named().method().method().method().method().method();
<<<
Foo.named()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> If call looks like prefixed constructor, don't put in chain.
prefix.Foo().method().method().method().method().method();
<<<
prefix.Foo()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> If call looks like prefixed named constructor, don't put in chain.
prefix.Foo.named().method().method().method().method().method();
<<<
prefix.Foo.named()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> If call looks like private named constructor, don't put in chain.
_Foo.named().method().method().method().method().method();
<<<
_Foo.named()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> If call looks like private prefixed constructor, don't put in chain.
prefix._Foo().method().method().method().method().method();
<<<
prefix._Foo()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> If call looks like private prefixed named constructor, don't put in chain.
prefix._Foo.named().method().method().method().method().method();
<<<
prefix._Foo.named()
    .method()
    .method()
    .method()
    .method()
    .method();
>>> Split type arguments in chain.
receiver.method<First, Second, Third, Fourth, Fifth>
    (first, second, third, fourth, fifth)
.method<First, Second, Third, Fourth, Fifth>
    (first, second, third, fourth, fifth);
<<<
receiver
    .method<
      First,
      Second,
      Third,
      Fourth,
      Fifth
    >(
      first,
      second,
      third,
      fourth,
      fifth,
    )
    .method<
      First,
      Second,
      Third,
      Fourth,
      Fifth
    >(
      first,
      second,
      third,
      fourth,
      fifth,
    );
>>> Prefer to split in target over chain.
function({key: value}).method().method();
<<<
function({
  key: value,
}).method().method();
>>> Split chain and target.
function([longElement1, longElement2, longElement3]).method().method().method().method().method();
<<<
function([
      longElement1,
      longElement2,
      longElement3,
    ])
    .method()
    .method()
    .method()
    .method()
    .method();