private SqlInScalarExpression(
SqlScalarExpression needle,
bool not,
ImmutableArray <SqlScalarExpression> haystack)
{
if (haystack.IsEmpty)
{
throw new ArgumentException("items can't be empty.");
}
foreach (SqlScalarExpression item in haystack)
{
if (item == null)
{
throw new ArgumentException("items can't have a null item.");
}
}
this.Needle = needle ?? throw new ArgumentNullException(nameof(needle));
this.Not = not;
this.Haystack = haystack;
}
public static SqlBinaryScalarExpression Create(
SqlBinaryScalarOperatorKind operatorKind,
SqlScalarExpression left,
SqlScalarExpression right) => new SqlBinaryScalarExpression(operatorKind, left, right);
public static SqlBetweenScalarExpression Create(
SqlScalarExpression expression,
SqlScalarExpression startInclusive,
SqlScalarExpression endInclusive,
bool not) => new SqlBetweenScalarExpression(expression, startInclusive, endInclusive, not);
public static SqlObjectProperty Create(
SqlPropertyName name,
SqlScalarExpression expression) => new SqlObjectProperty(name, expression);
public static SqlSelectValueSpec Create(SqlScalarExpression expression) => new SqlSelectValueSpec(expression);
public static SqlUnaryScalarExpression Create(
SqlUnaryScalarOperatorKind operatorKind,
SqlScalarExpression expression)
{
return(new SqlUnaryScalarExpression(operatorKind, expression));
}
public static SqlInScalarExpression Create(
SqlScalarExpression needle,
bool not,
params SqlScalarExpression[] haystack) => new SqlInScalarExpression(needle, not, haystack);
private SqlTopSpec(SqlScalarExpression topExpression)
{
this.TopExpresion = topExpression ?? throw new ArgumentNullException(nameof(topExpression));
}
public static SqlInScalarExpression Create(
SqlScalarExpression needle,
bool not,
ImmutableArray <SqlScalarExpression> haystack) => new SqlInScalarExpression(needle, not, haystack);
public static SqlSelectItem Create(
SqlScalarExpression expression,
SqlIdentifier alias = null)
{
return(new SqlSelectItem(expression, alias));
}
public static SqlCoalesceScalarExpression Create(
SqlScalarExpression left,
SqlScalarExpression right) => new SqlCoalesceScalarExpression(left, right);
public static SqlSelectValueSpec Create(SqlScalarExpression expression)
{
return(new SqlSelectValueSpec(expression));
}
private SqlSelectValueSpec(
SqlScalarExpression expression)
{
this.Expression = expression ?? throw new ArgumentNullException(nameof(expression));
}
public static SqlPropertyRefScalarExpression Create(
SqlScalarExpression member,
SqlIdentifier identifier) => new SqlPropertyRefScalarExpression(member, identifier);
public static SqlWhereClause Create(SqlScalarExpression filterExpression) => new SqlWhereClause(filterExpression);
private SqlLimitSpec(SqlScalarExpression limitExpression)
{
this.LimitExpression = limitExpression ?? throw new ArgumentNullException(nameof(limitExpression));
}
private SqlWhereClause(SqlScalarExpression filterExpression)
{
this.FilterExpression = filterExpression ?? throw new ArgumentNullException(nameof(filterExpression));
}
public static SqlConditionalScalarExpression Create(
SqlScalarExpression condition,
SqlScalarExpression consequent,
SqlScalarExpression alternative) => new SqlConditionalScalarExpression(condition, consequent, alternative);
public static SqlWhereClause Create(SqlScalarExpression filterExpression)
{
return(new SqlWhereClause(filterExpression));
}
public static SqlInScalarExpression Create(
SqlScalarExpression needle,
bool not,
IReadOnlyList <SqlScalarExpression> haystack) => new SqlInScalarExpression(needle, not, haystack);
private SqlOffsetSpec(SqlScalarExpression offsetExpression)
{
this.OffsetExpression = offsetExpression ?? throw new ArgumentNullException(nameof(offsetExpression));
}
public static SqlOrderByItem Create(
SqlScalarExpression expression,
bool isDescending)
{
return(new SqlOrderByItem(expression, isDescending));
}
public static SqlMemberIndexerScalarExpression Create(
SqlScalarExpression member,
SqlScalarExpression indexer) => new SqlMemberIndexerScalarExpression(member, indexer);