diff options
| -rw-r--r-- | scalding/src/test/scala/sandcrawler/HBaseStatusCountTest.scala | 22 |
1 files changed, 11 insertions, 11 deletions
diff --git a/scalding/src/test/scala/sandcrawler/HBaseStatusCountTest.scala b/scalding/src/test/scala/sandcrawler/HBaseStatusCountTest.scala index 11ab1d0..d7689cd 100644 --- a/scalding/src/test/scala/sandcrawler/HBaseStatusCountTest.scala +++ b/scalding/src/test/scala/sandcrawler/HBaseStatusCountTest.scala @@ -48,18 +48,18 @@ class HBaseStatusCountTest extends FunSpec with TupleConversions { .arg("debug", "true") .source[Tuple](HBaseCountJob.getHBaseSource(testTable, testHost, "grobid0:status_code"), sampleData.map(l => new Tuple(l.map(s => {new ImmutableBytesWritable(s)}):_*))) - .sink[Tuple](TypedTsv[(Long, Long)](output)) { - outputBuffer => - it("should return a 2-element list.") { - assert(outputBuffer.size === 2) - } + .sink[Tuple](TypedTsv[(Long, Long)](output)) { + outputBuffer => + it("should return a 2-element list.") { + assert(outputBuffer.size === 2) + } - // Convert List[Tuple] to Map[Long, Long]. - val counts = outputBuffer.map(t => (t.getLong(0), t.getLong(1))).toMap - it("should have the appropriate number of each status type") { - assert(counts(statusType1) == statusType1Count) - assert(counts(statusType2) == statusType2Count) - } + // Convert List[Tuple] to Map[Long, Long]. + val counts = outputBuffer.map(t => (t.getLong(0), t.getLong(1))).toMap + it("should have the appropriate number of each status type") { + assert(counts(statusType1) == statusType1Count) + assert(counts(statusType2) == statusType2Count) + } } .run .finish |