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clang format apply

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This commit is contained in:
Leonid Fedorov
2022-01-21 16:43:49 +00:00
parent 6b6411229f
commit 04752ec546
1376 changed files with 393460 additions and 412662 deletions
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125
utils/loggingcpp/errorcodes.cpp
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@ -28,72 +28,79 @@ using namespace std;
namespace logging
{
ErrorCodes::ErrorCodes(): fErrorCodes(), fPreamble("An unexpected condition within the query caused an internal processing error within Columnstore. Please check the log files for more details. Additional Information: ")
ErrorCodes::ErrorCodes()
: fErrorCodes()
, fPreamble(
"An unexpected condition within the query caused an internal processing error within Columnstore. "
"Please check the log files for more details. Additional Information: ")
{
fErrorCodes[batchPrimitiveStepErr] = "error in BatchPrimitiveStep.";
fErrorCodes[tupleBPSErr] = "error in TupleBPS.";
fErrorCodes[batchPrimitiveStepLargeDataListFileErr] = "error in BatchPrimitiveStep LargeDataList File handling.";
fErrorCodes[bucketReuseStepErr] = "error in BucketReuseStep.";
fErrorCodes[bucketReuseStepLargeDataListFileErr] = "error in bucketReuseStep LargeDataList File handling.";
fErrorCodes[aggregateFilterStepErr] = "error in AggregateFilterStep.";
fErrorCodes[filterStepErr] = "error in FilterStep.";
fErrorCodes[functionStepErr] = "error in FunctionStep.";
fErrorCodes[hashJoinStepErr] = "error in HashJoinStep.";
fErrorCodes[hashJoinStepLargeDataListFileErr] = "error in HashJoinStep LargeDataList File handling.";
fErrorCodes[largeHashJoinErr] = "error in LargeHashJoin.";
fErrorCodes[largeHashJoinLargeDataListFileErr] = "error in LargeHashJoin LargeDataList File handling.";
fErrorCodes[stringHashJoinStepErr] = "error in StringHashJoinStep.";
fErrorCodes[stringHashJoinStepLargeDataListFileErr] = "error in StringHashJoinStep LargeDataList File handling.";
fErrorCodes[tupleHashJoinTooBigErr] = "error in TupleHashJoin: join is too big.";
fErrorCodes[threadResourceErr] = "error in ExeMgr: too many threads on the system.";
fErrorCodes[pDictionaryScanErr] = "error in pDictionaryScan.";
fErrorCodes[pDictionaryScanLargeDataListFileErr] = "error in pDictionaryScan LargeDataList File handling.";
fErrorCodes[pIdxListErr] = "error in pIdxList.";
fErrorCodes[pIdxWalkErr] = "error in pIdxWalk.";
fErrorCodes[pnlJoinErr] = "error in PNLJoinErr.";
fErrorCodes[reduceStepErr] = "error in ReduceStep.";
fErrorCodes[reduceStepLargeDataListFileErr] = "error in ReduceStep LargeDataList File handling.";
fErrorCodes[unionStepErr] = "error in UnionStep.";
fErrorCodes[unionStepLargeDataListFileErr] = "error in UnionStep LargeDataList File handling.";
fErrorCodes[unionStepTooBigErr] = "the union required too much memory.";
fErrorCodes[tupleAggregateStepErr] = "error in TupleAggregateStep.";
fErrorCodes[tupleConstantStepErr] = "error in TupleConstantStep.";
fErrorCodes[tupleHavingStepErr] = "error in TupleHavingStep.";
fErrorCodes[aggregateResourceErr] = "Memory required to perform aggregation exceeds the RowAggregation/MaxMemory setting.";
fErrorCodes[makeJobListErr] = "error in MakeJobList.";
fErrorCodes[aggregateFuncErr] = "unsupported aggregation function.";
fErrorCodes[aggregateDataErr] = "aggregation data overflow.";
fErrorCodes[batchPrimitiveProcessorErr] = "error in BatchPrimitiveProcessor.";
fErrorCodes[bppSeederErr] = "error in bppSeeder.";
fErrorCodes[primitiveServerErr] = "error in PrimitiveServer.";
fErrorCodes[projectResultErr] = "error in BatchPrimitiveProcessor projectResult. Please check crit.log for more details.";
fErrorCodes[hwmRangeSizeErr] = "error in PrimitiveServer load block with HWM. Please check crit.log for more details.";
fErrorCodes[formatErr] = "format mismatch.";
fErrorCodes[dataTypeErr] = "data type unknown.";
fErrorCodes[incompatJoinCols] = "incompatible column types specified for join condition.";
fErrorCodes[incompatFilterCols] = "incompatible column types specified for filter condition.";
fErrorCodes[batchPrimitiveStepErr] = "error in BatchPrimitiveStep.";
fErrorCodes[tupleBPSErr] = "error in TupleBPS.";
fErrorCodes[batchPrimitiveStepLargeDataListFileErr] =
"error in BatchPrimitiveStep LargeDataList File handling.";
fErrorCodes[bucketReuseStepErr] = "error in BucketReuseStep.";
fErrorCodes[bucketReuseStepLargeDataListFileErr] = "error in bucketReuseStep LargeDataList File handling.";
fErrorCodes[aggregateFilterStepErr] = "error in AggregateFilterStep.";
fErrorCodes[filterStepErr] = "error in FilterStep.";
fErrorCodes[functionStepErr] = "error in FunctionStep.";
fErrorCodes[hashJoinStepErr] = "error in HashJoinStep.";
fErrorCodes[hashJoinStepLargeDataListFileErr] = "error in HashJoinStep LargeDataList File handling.";
fErrorCodes[largeHashJoinErr] = "error in LargeHashJoin.";
fErrorCodes[largeHashJoinLargeDataListFileErr] = "error in LargeHashJoin LargeDataList File handling.";
fErrorCodes[stringHashJoinStepErr] = "error in StringHashJoinStep.";
fErrorCodes[stringHashJoinStepLargeDataListFileErr] =
"error in StringHashJoinStep LargeDataList File handling.";
fErrorCodes[tupleHashJoinTooBigErr] = "error in TupleHashJoin: join is too big.";
fErrorCodes[threadResourceErr] = "error in ExeMgr: too many threads on the system.";
fErrorCodes[pDictionaryScanErr] = "error in pDictionaryScan.";
fErrorCodes[pDictionaryScanLargeDataListFileErr] = "error in pDictionaryScan LargeDataList File handling.";
fErrorCodes[pIdxListErr] = "error in pIdxList.";
fErrorCodes[pIdxWalkErr] = "error in pIdxWalk.";
fErrorCodes[pnlJoinErr] = "error in PNLJoinErr.";
fErrorCodes[reduceStepErr] = "error in ReduceStep.";
fErrorCodes[reduceStepLargeDataListFileErr] = "error in ReduceStep LargeDataList File handling.";
fErrorCodes[unionStepErr] = "error in UnionStep.";
fErrorCodes[unionStepLargeDataListFileErr] = "error in UnionStep LargeDataList File handling.";
fErrorCodes[unionStepTooBigErr] = "the union required too much memory.";
fErrorCodes[tupleAggregateStepErr] = "error in TupleAggregateStep.";
fErrorCodes[tupleConstantStepErr] = "error in TupleConstantStep.";
fErrorCodes[tupleHavingStepErr] = "error in TupleHavingStep.";
fErrorCodes[aggregateResourceErr] =
"Memory required to perform aggregation exceeds the RowAggregation/MaxMemory setting.";
fErrorCodes[makeJobListErr] = "error in MakeJobList.";
fErrorCodes[aggregateFuncErr] = "unsupported aggregation function.";
fErrorCodes[aggregateDataErr] = "aggregation data overflow.";
fErrorCodes[batchPrimitiveProcessorErr] = "error in BatchPrimitiveProcessor.";
fErrorCodes[bppSeederErr] = "error in bppSeeder.";
fErrorCodes[primitiveServerErr] = "error in PrimitiveServer.";
fErrorCodes[projectResultErr] =
"error in BatchPrimitiveProcessor projectResult. Please check crit.log for more details.";
fErrorCodes[hwmRangeSizeErr] =
"error in PrimitiveServer load block with HWM. Please check crit.log for more details.";
fErrorCodes[formatErr] = "format mismatch.";
fErrorCodes[dataTypeErr] = "data type unknown.";
fErrorCodes[incompatJoinCols] = "incompatible column types specified for join condition.";
fErrorCodes[incompatFilterCols] = "incompatible column types specified for filter condition.";
}
string ErrorCodes::errorString(uint16_t code) const
{
CodeMap::const_iterator iter;
CodeMap::key_type key = static_cast<CodeMap::key_type>(code);
CodeMap::mapped_type msg;
CodeMap::const_iterator iter;
CodeMap::key_type key = static_cast<CodeMap::key_type>(code);
CodeMap::mapped_type msg;
iter = fErrorCodes.find(key);
iter = fErrorCodes.find(key);
if (iter == fErrorCodes.end())
{
msg = "was an unknown internal error.";
}
else
{
msg = iter->second;
}
if (iter == fErrorCodes.end())
{
msg = "was an unknown internal error.";
}
else
{
msg = iter->second;
}
return (fPreamble + msg);
return (fPreamble + msg);
}
} //namespace logging
} // namespace logging
// vim:ts=4 sw=4: