- Having the 'empty' state for a spec result can be considered a
breaking change to the reporter interface
- Instead, we determine if a spec has no expectations using the added
key of 'passedExpectations' in combination of the 'failedExpectations'
to determine that there a spec is 'empty'
[fixes#73741032]
If an async test has timed-out, there could still be some expectations
that are scheduled to run after the fact in which case curerntSpec will
be null. Rather than the type error that would result, we now indicate
that 'expect' was used at an unexpected time.
This also helps cases where an 'expect' is being used at a top-level,
showing an error message in the console for this case as well.
[fixes#602]
will print out.
Currently, jasmine's pretty printer will iterate over an entire array,
formatting every element recursively. For very large arrays, this can
crash the page, or cause a 'slow script' warning.
This commit exposes a 'MAX_PRETTY_PRINT_ARRAY_LENGTH' option. If an
array larger than this is encountered, recursion will stop and the
array length will be printed instead e.g. "Array[20000000]".
The 'MAX_PRETTY_PRINT_ARRAY_LENGTH' option defaults to 100. This is
length of array will not kill your browser, but will allow you
to see big arrays, if you can stomach the output.
- Add console.error to the HtmlReporter when there is a spec without any expectation
- Change the spec's link text and color to include a warning
- Create a status for specs to label them as "empty"
- console is not accessible to IE unless you have developer tools open,
so protect against that by mocking console.
[#59424794]
- QueueRunner now responsible for timing out async specs instead of
Spec
- Make sure only spec functions are timeoutable and not suites (due to
the refactor)
By deferring the evaluation of these messages, we can avoid the
expensive creation of them when in the majority use case (tests are
passing) they are not needed.
These failure messages were causing performance problems with larger
objects needed to be pretty printed as discussed in #520 and brought up
by @rdy.
[fixes#65925900][fixes#520]
All timeouts and intervals set during a tick were being scheduled to run
at delay + end-of-tick, instead of delay + time-of-outer-timeout.
Scheduled run-at times were shifted because currentTime was being
incremented before executing scheduled functions.
Additionally, the execute loop was iterating over a functions-to-run
array, created from scheduledFunctions before starting. Any changes to
scheduledFunctions were being ignored during the tick, and the next tick
would ignore any functions which should have been executed in the past.
The commit is a rewrite of DelayedFunctionScheduler, preserving the
public interface. Execution of scheduled functions updates currentTime
on each iteration, and each time takes the functions with the lowest
runAtMillis from the schedule, if they aren't higher than endTime.
- Passing in a 'negativeCompare' will cause that function to be used when it is a 'not' assertion
- Otherwise, the reversal of the compare's result will be used instead
[finishes #59703824]
