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mirror of https://github.com/mariadb-corporation/mariadb-columnstore-engine.git synced 2025-07-30 19:23:07 +03:00

clang format apply

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

View File

@ -67,319 +67,222 @@ using namespace std;
namespace execplan
{
TreeNode* ObjectReader::createTreeNode(messageqcpp::ByteStream& b)
{
CLASSID id = ZERO;
TreeNode* ret;
CLASSID id = ZERO;
TreeNode* ret;
b.peek(reinterpret_cast<messageqcpp::ByteStream::byte&>(id));
b.peek(reinterpret_cast<messageqcpp::ByteStream::byte&>(id));
switch (id)
{
case TREENODEIMPL: ret = new TreeNodeImpl(); break;
switch (id)
case SIMPLECOLUMN: ret = new SimpleColumn(); break;
case SIMPLECOLUMN_INT2: ret = new SimpleColumn_INT<2>(); break;
case SIMPLECOLUMN_INT4: ret = new SimpleColumn_INT<4>(); break;
case SIMPLECOLUMN_INT8: ret = new SimpleColumn_INT<8>(); break;
case SIMPLECOLUMN_INT1: ret = new SimpleColumn_INT<1>(); break;
case SIMPLECOLUMN_UINT2: ret = new SimpleColumn_UINT<2>(); break;
case SIMPLECOLUMN_UINT4: ret = new SimpleColumn_UINT<4>(); break;
case SIMPLECOLUMN_UINT8: ret = new SimpleColumn_UINT<8>(); break;
case SIMPLECOLUMN_UINT1: ret = new SimpleColumn_UINT<1>(); break;
case SIMPLECOLUMN_DECIMAL2: ret = new SimpleColumn_Decimal<2>(); break;
case SIMPLECOLUMN_DECIMAL4: ret = new SimpleColumn_Decimal<4>(); break;
case SIMPLECOLUMN_DECIMAL8: ret = new SimpleColumn_Decimal<8>(); break;
case SIMPLECOLUMN_DECIMAL1: ret = new SimpleColumn_Decimal<1>(); break;
case AGGREGATECOLUMN: ret = new AggregateColumn(); break;
case GROUPCONCATCOLUMN: ret = new GroupConcatColumn(); break;
case UDAFCOLUMN: ret = new UDAFColumn(); break;
case ARITHMETICCOLUMN: ret = new ArithmeticColumn(); break;
case CONSTANTCOLUMN: ret = new ConstantColumn(); break;
case FUNCTIONCOLUMN: ret = new FunctionColumn(); break;
case ROWCOLUMN: ret = new RowColumn(); break;
case WINDOWFUNCTIONCOLUMN: ret = new WindowFunctionColumn(); break;
case PSEUDOCOLUMN: ret = new PseudoColumn(); break;
case FILTER: ret = new Filter(); break;
case EXISTSFILTER: ret = new ExistsFilter(); break;
case SELECTFILTER: ret = new SelectFilter(); break;
case SIMPLEFILTER: ret = new SimpleFilter(); break;
case CONSTANTFILTER: ret = new ConstantFilter(); break;
case SIMPLESCALARFILTER: ret = new SimpleScalarFilter(); break;
case OUTERJOINONFILTER: ret = new OuterJoinOnFilter(); break;
case OPERATOR: ret = new Operator(); break;
case ARITHMETICOPERATOR: ret = new ArithmeticOperator(); break;
case LOGICOPERATOR: ret = new LogicOperator(); break;
case PREDICATEOPERATOR: ret = new PredicateOperator(); break;
case NULL_CLASS:
b >> (id_t&)id; // eat the ID
return NULL;
default:
{
case TREENODEIMPL:
ret = new TreeNodeImpl();
break;
case SIMPLECOLUMN:
ret = new SimpleColumn();
break;
case SIMPLECOLUMN_INT2:
ret = new SimpleColumn_INT<2>();
break;
case SIMPLECOLUMN_INT4:
ret = new SimpleColumn_INT<4>();
break;
case SIMPLECOLUMN_INT8:
ret = new SimpleColumn_INT<8>();
break;
case SIMPLECOLUMN_INT1:
ret = new SimpleColumn_INT<1>();
break;
case SIMPLECOLUMN_UINT2:
ret = new SimpleColumn_UINT<2>();
break;
case SIMPLECOLUMN_UINT4:
ret = new SimpleColumn_UINT<4>();
break;
case SIMPLECOLUMN_UINT8:
ret = new SimpleColumn_UINT<8>();
break;
case SIMPLECOLUMN_UINT1:
ret = new SimpleColumn_UINT<1>();
break;
case SIMPLECOLUMN_DECIMAL2:
ret = new SimpleColumn_Decimal<2>();
break;
case SIMPLECOLUMN_DECIMAL4:
ret = new SimpleColumn_Decimal<4>();
break;
case SIMPLECOLUMN_DECIMAL8:
ret = new SimpleColumn_Decimal<8>();
break;
case SIMPLECOLUMN_DECIMAL1:
ret = new SimpleColumn_Decimal<1>();
break;
case AGGREGATECOLUMN:
ret = new AggregateColumn();
break;
case GROUPCONCATCOLUMN:
ret = new GroupConcatColumn();
break;
case UDAFCOLUMN:
ret = new UDAFColumn();
break;
case ARITHMETICCOLUMN:
ret = new ArithmeticColumn();
break;
case CONSTANTCOLUMN:
ret = new ConstantColumn();
break;
case FUNCTIONCOLUMN:
ret = new FunctionColumn();
break;
case ROWCOLUMN:
ret = new RowColumn();
break;
case WINDOWFUNCTIONCOLUMN:
ret = new WindowFunctionColumn();
break;
case PSEUDOCOLUMN:
ret = new PseudoColumn();
break;
case FILTER:
ret = new Filter();
break;
case EXISTSFILTER:
ret = new ExistsFilter();
break;
case SELECTFILTER:
ret = new SelectFilter();
break;
case SIMPLEFILTER:
ret = new SimpleFilter();
break;
case CONSTANTFILTER:
ret = new ConstantFilter();
break;
case SIMPLESCALARFILTER:
ret = new SimpleScalarFilter();
break;
case OUTERJOINONFILTER:
ret = new OuterJoinOnFilter();
break;
case OPERATOR:
ret = new Operator();
break;
case ARITHMETICOPERATOR:
ret = new ArithmeticOperator();
break;
case LOGICOPERATOR:
ret = new LogicOperator();
break;
case PREDICATEOPERATOR:
ret = new PredicateOperator();
break;
case NULL_CLASS:
b >> (id_t&) id; //eat the ID
return NULL;
default:
{
ostringstream oss;
oss << "Bad type: " << (int)id << ". Stream out of sync? (1)";
throw UnserializeException(oss.str());
break;
}
ostringstream oss;
oss << "Bad type: " << (int)id << ". Stream out of sync? (1)";
throw UnserializeException(oss.str());
break;
}
}
ret->unserialize(b);
return ret;
ret->unserialize(b);
return ret;
}
CalpontExecutionPlan* ObjectReader::createExecutionPlan(messageqcpp::ByteStream& b)
{
CLASSID id = ZERO;
CalpontExecutionPlan* ret;
CLASSID id = ZERO;
CalpontExecutionPlan* ret;
b.peek(reinterpret_cast<messageqcpp::ByteStream::byte&>(id));
b.peek(reinterpret_cast<messageqcpp::ByteStream::byte&>(id));
switch (id)
switch (id)
{
case CALPONTSELECTEXECUTIONPLAN: ret = new CalpontSelectExecutionPlan(); break;
case NULL_CLASS: b >> reinterpret_cast<id_t&>(id); return NULL;
default:
{
case CALPONTSELECTEXECUTIONPLAN:
ret = new CalpontSelectExecutionPlan();
break;
case NULL_CLASS:
b >> reinterpret_cast<id_t&>(id);
return NULL;
default:
{
ostringstream oss;
oss << "Bad type: " << (int)id << ". Stream out of sync? (2)";
throw UnserializeException(oss.str());
break;
}
ostringstream oss;
oss << "Bad type: " << (int)id << ". Stream out of sync? (2)";
throw UnserializeException(oss.str());
break;
}
}
ret->unserialize(b);
return ret;
ret->unserialize(b);
return ret;
}
void ObjectReader::writeParseTree(const ParseTree* tree, messageqcpp::ByteStream& b)
{
if (tree == NULL)
{
b << (id_t) NULL_CLASS;
return;
}
if (tree == NULL)
{
b << (id_t)NULL_CLASS;
return;
}
b << (id_t) PARSETREE;
writeParseTree(tree->left(), b);
writeParseTree(tree->right(), b);
b << (id_t)PARSETREE;
writeParseTree(tree->left(), b);
writeParseTree(tree->right(), b);
if (tree->data() == NULL)
b << (id_t) NULL_CLASS;
else
tree->data()->serialize(b);
if (tree->data() == NULL)
b << (id_t)NULL_CLASS;
else
tree->data()->serialize(b);
}
ParseTree* ObjectReader::createParseTree(messageqcpp::ByteStream& b)
{
CLASSID id = ZERO;
ParseTree* ret;
CLASSID id = ZERO;
ParseTree* ret;
b >> (id_t&) id;
b >> (id_t&)id;
if (id == NULL_CLASS)
return NULL;
if (id == NULL_CLASS)
return NULL;
if (id != PARSETREE)
throw UnserializeException("Not a ParseTree");
if (id != PARSETREE)
throw UnserializeException("Not a ParseTree");
ret = new ParseTree();
ret->left(createParseTree(b));
ret->right(createParseTree(b));
ret->data(createTreeNode(b));
return ret;
ret = new ParseTree();
ret->left(createParseTree(b));
ret->right(createParseTree(b));
ret->data(createTreeNode(b));
return ret;
}
void ObjectReader::checkType(messageqcpp::ByteStream& b, const CLASSID id)
{
CLASSID readId = ZERO;
CLASSID readId = ZERO;
b >> (id_t&) readId;
b >> (id_t&)readId;
if (readId != id)
switch (id)
{
case TREENODEIMPL:
throw UnserializeException("Not a TreeNodeImpl");
if (readId != id)
switch (id)
{
case TREENODEIMPL: throw UnserializeException("Not a TreeNodeImpl");
case RETURNEDCOLUMN:
throw UnserializeException("Not a ReturnedColumn");
case RETURNEDCOLUMN: throw UnserializeException("Not a ReturnedColumn");
case SIMPLECOLUMN:
throw UnserializeException("Not a SimpleColumn");
case SIMPLECOLUMN: throw UnserializeException("Not a SimpleColumn");
case AGGREGATECOLUMN:
throw UnserializeException("Not an AggregateColumn");
case AGGREGATECOLUMN: throw UnserializeException("Not an AggregateColumn");
case ARITHMETICCOLUMN:
throw UnserializeException("Not an ArithmeticColumn");
case ARITHMETICCOLUMN: throw UnserializeException("Not an ArithmeticColumn");
case CONSTANTCOLUMN:
throw UnserializeException("Not a ConstantColumn");
case CONSTANTCOLUMN: throw UnserializeException("Not a ConstantColumn");
case FUNCTIONCOLUMN:
throw UnserializeException("Not a FunctionColumn");
case FUNCTIONCOLUMN: throw UnserializeException("Not a FunctionColumn");
case ROWCOLUMN:
throw UnserializeException("Not a RowColumn");
case ROWCOLUMN: throw UnserializeException("Not a RowColumn");
case WINDOWFUNCTIONCOLUMN:
throw UnserializeException("Not a WindowFunctionColumn");
case WINDOWFUNCTIONCOLUMN: throw UnserializeException("Not a WindowFunctionColumn");
case PSEUDOCOLUMN:
throw UnserializeException("Not a PseudoColumn");
case PSEUDOCOLUMN: throw UnserializeException("Not a PseudoColumn");
case FILTER:
throw UnserializeException("Not a Filter");
case FILTER: throw UnserializeException("Not a Filter");
case CONDITIONFILTER:
throw UnserializeException("Not a ConditionFilter");
case CONDITIONFILTER: throw UnserializeException("Not a ConditionFilter");
case EXISTSFILTER:
throw UnserializeException("Not an ExistsFilter");
case EXISTSFILTER: throw UnserializeException("Not an ExistsFilter");
case SELECTFILTER:
throw UnserializeException("Not a SelectFilter");
case SELECTFILTER: throw UnserializeException("Not a SelectFilter");
case SIMPLEFILTER:
throw UnserializeException("Not a SimpleFilter");
case SIMPLEFILTER: throw UnserializeException("Not a SimpleFilter");
case CONSTANTFILTER:
throw UnserializeException("Not a ConstantFilter");
case CONSTANTFILTER: throw UnserializeException("Not a ConstantFilter");
case OPERATOR:
throw UnserializeException("Not an Operator");
case OPERATOR: throw UnserializeException("Not an Operator");
case PARSETREE:
throw UnserializeException("Not an ParseTree");
case PARSETREE: throw UnserializeException("Not an ParseTree");
case CALPONTSELECTEXECUTIONPLAN:
throw UnserializeException("Not a CalpontSelectExecutionPlan");
case CALPONTSELECTEXECUTIONPLAN: throw UnserializeException("Not a CalpontSelectExecutionPlan");
case NULL_CLASS:
throw UnserializeException("Not NULL"); // ??
case NULL_CLASS: throw UnserializeException("Not NULL"); // ??
case MCSV1_CONTEXT:
throw UnserializeException("Not a MCSV1_CONTEXT");
case MCSV1_CONTEXT: throw UnserializeException("Not a MCSV1_CONTEXT");
default:
throw UnserializeException("Bad id");
}
default: throw UnserializeException("Bad id");
}
return;
return;
}
ObjectReader::UnserializeException::UnserializeException(string msg)
throw() : fWhat(msg)
ObjectReader::UnserializeException::UnserializeException(string msg) throw() : fWhat(msg)
{
}
@ -389,8 +292,7 @@ ObjectReader::UnserializeException::~UnserializeException() throw()
const char* ObjectReader::UnserializeException::what() const throw()
{
return fWhat.c_str();
return fWhat.c_str();
}
} /* namespace */
} // namespace execplan