Change Details

We can use calls of `assert_instances_of()` in the generated documentation. So instead of `array $hunks` we can print `ArcanistDiffHunk[] $hunks`. NOTE: `assert_instances_of()` can be used also for non-parameters (and it really [[http://goo.gl/XZuFM | is]]). It will be hard to avoid false positives in code like: function f(array $a) { $a = array(new stdClass); assert_instances_of($a, 'stdClass'); } But it's not worth the effort to deal with such code.

We can use calls of `assert_instances_of()` in the generated documentation. So instead of `array $hunks` we can print `ArcanistDiffHunk[] $hunks`. NOTE: `assert_instances_of()` can be used also for non-parameters (and it really [[http://goo.gl/XZuFM | is (this link should work)]]). It will be hard to avoid false positives in code like: function f(array $a) { $a = array(new stdClass); assert_instances_of($a, 'stdClass'); } But it's not worth the effort to deal with such code.

We can use calls of `assert_instances_of()` in the generated documentation. So instead of `array $hunks` we can print `ArcanistDiffHunk[] $hunks`. NOTE: `assert_instances_of()` can be used also for non-parameters (and it really [[http://goo.gl/XZuFM | is (this link should work)]]). It will be hard to avoid false positives in code like: function f(array $a) { $a = array(new stdClass); assert_instances_of($a, 'stdClass'); } But it's not worth the effort to deal with such code.