* FB- 1456 - TTL - fixed views not returning correct results when least precise quantum are deleted
* FB-1456 - TTL - PR - fixed comment
* FB-1456 - TTL - changed getQuantum to getLowestGranularityQuantum since we only care about the least precise quantum that is available
* FB-1456 - TTL - removed unit test used for debug
* FB-1456 - TTL - fixed comments
* [FB-1435] BSI Base Fix (#2056)
* add bsi base back to int value
* test bsi base/min/max for IntFields
motivated by bsi base not being added back to values
in extract calls when min was a positive integer.
* FB-1456 - TTL - fixed comments
Co-authored-by: Samir Patel <48686912+54mir@users.noreply.github.com>
this stems from https://molecula.atlassian.net/browse/SUP-194 where the string
"standard" was being passed to viewTimePart, which output "standard" as the result.
this is not a valid time string and was causing confusing errors. now it simply
doesn't do that
this commit also adds regression testing framework and a regression test for fb-1287
i used this script, a little clunky but it got the job done
```bash
for file in `find . -type f -print | grep '\.go'`; do
sed '1,/^\/\/ limitations under the License.$/d' $file > $file.tmp;
result=`cat $file.tmp`
if [[ result != "" ]]; then
gofmt $file.tmp &> /dev/null;
if [[ $? == 0 ]]; then
mv $file.tmp $file && gofmt -w $file;
else
rm $file.tmp;
fi
else
rm $file.tmp;
fi
done
```
This is sort of horrible, but viewsByTime was about 25% of total CPU time in
the ingest path, NOT including increased GC overhead. This overoptimized
approach to letting us recycle a buffer, and use the same buffer for multiple
time views at once, reduces that to about 2.5%. Sorry for the mess.
We also streamline the process of building the per-view data sets a bit,
and streamline it a lot in the non-time-quantum case.
