def _verifyStats(self, category, success=0, failure=0, retry=0):
"""Verify that the given category has the specified values collected."""
stats_success, stats_failure, stats_retry = retry_stats.CategoryStats(
category)
self.assertEqual(stats_success, success)
self.assertEqual(stats_failure, failure)
self.assertEqual(stats_retry, retry)
def ReportResults(symbols, failed_list):
"""Log a summary of the symbol uploading.
This has the side effect of fully consuming the symbols iterator.
Args:
symbols: An iterator of SymbolFiles to be uploaded.
failed_list: A filename at which to write out a list of our failed uploads.
Returns:
The number of symbols not uploaded.
"""
upload_failures = []
result_counts = {
SymbolFile.INITIAL: 0,
SymbolFile.UPLOADED: 0,
SymbolFile.DUPLICATE: 0,
SymbolFile.ERROR: 0,
}
for s in symbols:
result_counts[s.status] += 1
if s.status in [SymbolFile.INITIAL, SymbolFile.ERROR]:
upload_failures.append(s)
# Report retry numbers.
_, _, retries = retry_stats.CategoryStats(UPLOAD_STATS)
if retries:
logging.warning('%d upload retries performed.', retries)
logging.info('Uploaded %(uploaded)d, Skipped %(duplicate)d duplicates.',
result_counts)
if result_counts[SymbolFile.ERROR]:
logging.PrintBuildbotStepWarnings()
logging.warning('%d non-recoverable upload errors',
result_counts[SymbolFile.ERROR])
if result_counts[SymbolFile.INITIAL]:
logging.PrintBuildbotStepWarnings()
logging.warning(
'%d upload(s) were skipped because of excessive errors',
result_counts[SymbolFile.INITIAL])
if failed_list is not None:
with open(failed_list, 'w') as fl:
for s in upload_failures:
fl.write('%s\n' % s.display_path)
return result_counts[SymbolFile.INITIAL] + result_counts[SymbolFile.ERROR]