internal GroupByChainer(Chainer prev, GroupingArgument[] columns)
: base(prev)
{
Query.Clause.GroupBy = this;
CheckNullOrEmptyAndThrow(Argc(() => columns, columns));
Query.AddArguments(columns);
Build = (buildContext, buildArgs) =>
{
var sql = Text.GenerateSql(100)
.NewLine(Text.GroupBy).S()
.Append(GroupingArgument.Concatenate(columns, buildContext, buildArgs, false));
if (IsWithCube == true)
{
sql.NewLine(Text.WithCube);
}
else if (IsWithCube == false)
{
sql.NewLine(Text.WithRollup);
}
TryThrow(buildContext);
return(sql.ToString());
};
}
internal RankingPartitionByChainer(Chainer prev, GroupingArgument[] columns)
: base(prev)
{
Build = (buildContext, buildArgs) =>
{
var sql = Text.GenerateSql(30)
.Append(Text.PartitionBy).S()
.Append(GroupingArgument.Concatenate(columns, buildContext, buildArgs, false)).S()
.ToString();
TryThrow(buildContext);
return(sql);
};
}
internal GroupByChainer(ISemantic prev, GroupingArgument[] columns)
: base(prev.Translate(new SemqContext(((DbNode)prev).Root), null))
{
Query.Clause.GroupBy = this;
CheckNullOrEmptyAndThrow(Argc(() => columns, columns));
Query.AddArguments(columns);
Build = (buildContext, buildArgs) =>
{
var sql = Text.GenerateSql(100)
.NewLine(Text.GroupBy).S()
.Append(GroupingArgument.Concatenate(columns, buildContext, buildArgs, false))
.ToString();
TryThrow(buildContext);
return(sql);
};
}