internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
mdx.Append(f.Keyword("SCOPE "));
this.m_Scope.AppendMDX(mdx, f, f.Indent(indent));
mdx.Append(";");
this.m_Script.AppendMDX(mdx, f, f.Indent(indent));
this.m_EndScope.AppendMDX(mdx, f, indent);
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
mdx.AppendFormat("CELL CALCULATION {0} ", base.Name.GetMDX(f, -1));
f.AppendIndent(mdx, f.Indent(indent));
mdx.AppendFormat("FOR {0} ", this.m_Scope);
f.AppendIndent(mdx, f.Indent(indent));
mdx.Append(f.Keyword("AS "));
base.Exp.AppendMDX(mdx, f, f.Indent(f.Indent(indent)));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append("DRILLTHROUGH ");
this.m_Select.AppendMDX(mdx, f, f.Indent(indent));
if (this.m_ReturnAttrs != null)
{
f.AppendIndent(mdx, f.Indent(indent));
mdx.Append("RETURN ");
this.m_ReturnAttrs.AppendMDX(mdx, f, f.Indent(f.Indent(indent)));
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
string str = (base.IsBuiltin && f.Options.ColorFunctionNames) ? f.Keyword(base.m_Function) : base.m_Function;
mdx.Append(str);
bool flag = false;
string mDX = null;
if (base.m_Arguments.Count != 0)
{
if (base.m_Arguments.Count == 1)
{
mDX = base.m_Arguments[0].GetMDX(f, -1);
if ((indent >= 0) && ((mDX.Length + indent) > 70))
{
f.AppendIndent(mdx, indent);
flag = true;
}
}
else
{
f.AppendIndent(mdx, indent);
flag = true;
}
}
mdx.Append("(");
bool flag2 = true;
foreach (MDXExpNode node in base.m_Arguments)
{
f.AppendCommaAtTheEndOfLine(mdx, !flag2);
if (base.m_Arguments.Count > 1)
{
node.AppendMDX(mdx, f, f.Indent(indent), !flag2);
}
else if (flag)
{
node.AppendMDX(mdx, f, f.Indent(indent));
}
else
{
mdx.Append(mDX);
}
flag2 = false;
}
if (flag)
{
f.AppendIndent(mdx, indent);
}
mdx.Append(")");
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
f.AppendIndent(mdx, indent, comma);
if (indent < 0)
{
mdx.Append(" ");
}
mdx.AppendFormat("{0} {1} ", f.Keyword("WHEN"), this.m_When.GetMDX(f, f.Indent(indent)));
f.AppendIndent(mdx, indent);
if (indent < 0)
{
mdx.Append(" ");
}
mdx.AppendFormat("{0} {1}", f.Keyword("THEN"), this.m_Then.GetMDX(f, f.Indent(indent)));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendComment(mdx, f, indent);
this.m_Exp.AppendMDX(mdx, f, indent, comma);
if (this.m_Having != null)
{
mdx.AppendFormat(" HAVING {0}", this.m_Having.GetMDX(f, indent));
}
if (this.m_DimProps != null)
{
f.AppendIndent(mdx, indent);
mdx.Append("DIMENSION PROPERTIES ");
string mDX = this.m_DimProps.GetMDX(f, -1);
if (this.m_DimProps.Count > 1)
{
this.m_DimProps.AppendMDX(mdx, f, f.Indent(indent));
f.AppendIndent(mdx, indent);
}
else
{
mdx.AppendFormat("{0} ", mDX);
}
}
string s = String.Format(" ON {0}", this.m_Name.ToUpper());
mdx.Append(f.Keyword(s));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
int num = f.Indent(indent);
if (this.m_List.Count == 1)
{
string mDX = this.m_List[0].GetMDX(f, -1);
if (mDX.Length < 60)
{
mdx.AppendFormat("{0}{1}{2}", f.OpenBrace(), mDX, f.CloseBrace());
return;
}
}
mdx.Append(f.OpenBrace());
bool flag = true;
if (this.m_List != null)
{
foreach (object obj2 in this.m_List)
{
f.AppendCommaAtTheEndOfLine(mdx, !flag);
((MDXNode)obj2).AppendMDX(mdx, f, num, !flag);
flag = false;
}
}
if (this.m_List.Count != 0)
{
f.AppendIndent(mdx, indent);
}
mdx.Append(f.CloseBrace());
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendComment(mdx, f, indent);
int num = indent;
if ((this.m_Prop != null) && this.m_Prop.Equals("LANGUAGE", StringComparison.CurrentCultureIgnoreCase))
{
num = -1;
}
if (this.m_Prop != null)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append(this.m_Prop);
f.AppendIndent(mdx, num);
mdx.Append("(");
}
this.m_LValue.AppendMDX(mdx, f, num);
if (this.m_Prop != null)
{
f.AppendIndent(mdx, num);
mdx.Append(")");
}
mdx.Append(" = ");
this.m_RValue.AppendMDX(mdx, f, f.Indent(num));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
int num = indent;
if (this.m_List.Count > 1)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
num = f.Indent(indent);
}
else if (comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
}
mdx.Append("(");
bool flag = true;
foreach (object obj2 in this.m_List)
{
f.AppendCommaAtTheEndOfLine(mdx, !flag);
((MDXNode)obj2).AppendMDX(mdx, f, num, !flag);
flag = false;
}
if (this.m_List.Count > 1)
{
f.AppendIndent(mdx, indent);
}
mdx.Append(")");
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("CASE "));
foreach (MDXWhenNode node in this.m_WhenList)
{
node.AppendMDX(mdx, f, f.Indent(indent));
}
if (this.m_Else != null)
{
f.AppendIndent(mdx, f.Indent(indent));
mdx.AppendFormat("{0} {1}", f.Keyword("ELSE"), this.m_Else.GetMDX(f, f.Indent(f.Indent(indent))));
}
f.AppendIndent(mdx, indent);
mdx.Append(f.Keyword("END"));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendComment(mdx, f, indent);
if (this.m_Withs.Count > 0)
{
this.m_Withs.AppendComment(mdx, f, indent);
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("WITH "));
this.m_Withs.AppendMDX(mdx, f, f.Indent(indent));
}
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("SELECT "));
this.m_Axes.AppendMDX(mdx, f, f.Indent(indent));
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("FROM "));
if (this.m_Subselect != null)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append("(");
this.m_Subselect.AppendMDX(mdx, f, f.Indent(indent));
f.AppendIndent(mdx, indent, comma);
mdx.Append(")");
}
else
{
mdx.Append(this.m_Cube);
}
if (this.m_Where != null)
{
this.m_Where.AppendComment(mdx, f, indent);
f.AppendIndent(mdx, indent, comma);
mdx.AppendFormat("{0} {1}", f.Keyword("WHERE"), this.m_Where.GetMDX(f, f.Indent(indent)));
}
if (this.m_CellProps != null)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("CELL PROPERTIES "));
if (this.m_CellProps.Count == 1)
{
this.m_CellProps.AppendMDX(mdx, f, -1);
}
else
{
this.m_CellProps.AppendMDX(mdx, f, f.Indent(indent));
}
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
if (this.m_Op == "-")
{
mdx.AppendFormat("-{0}", this.m_Exp.GetMDX(f, f.Indent(indent)));
}
else
{
mdx.AppendFormat("({0} {1})", f.Keyword(this.m_Op), this.m_Exp.GetMDX(f, f.Indent(indent)));
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendComment(mdx, f, indent);
if (this.m_Withs.Count > 0)
{
this.m_Withs.AppendComment(mdx, f, indent);
f.AppendIndent(mdx, indent, comma);
mdx.Append(f.Keyword("CREATE "));
if (this.m_Hidden)
{
mdx.Append(f.Keyword("HIDDEN "));
}
this.m_Withs.AppendMDX(mdx, f, f.Indent(indent));
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
if (!base.m_NewSyntax)
{
mdx.AppendFormat("{0} {1} {2} {3} ", new object[] { f.Keyword("MEMBER"), base.Name.GetLabel(), f.Keyword("AS"), base.Exp.GetMDX(f, f.Indent(indent)) });
if ((base.CalcProps != null) && (base.CalcProps.Count > 0))
{
f.AppendCommaAtTheEndOfLine(mdx, true);
base.CalcProps.AppendMDX(mdx, f, f.Indent(indent), true);
}
}
else if ((base.Exp.GetType() == typeof(MDXIDNode)) && (base.Exp as MDXIDNode).GetLabel().Equals("NULL", StringComparison.InvariantCultureIgnoreCase))
{
mdx.AppendFormat("{0} ", base.Name.GetLabel());
}
else
{
mdx.AppendFormat("{0} = {1}", base.Name.GetLabel(), base.Exp.GetMDX(f, f.Indent(indent)));
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
bool flag = false;
if (this.m_UpstreamOp != null)
{
int precedence = GetPrecedence(this.m_UpstreamOp);
int num2 = GetPrecedence(this.m_Op);
if ((precedence < 0) || (num2 < 0))
{
flag = true;
}
else
{
flag = precedence > num2;
}
}
if (flag || comma)
{
f.AppendIndent(mdx, indent, comma);
}
MDXExpListNode exps = new MDXExpListNode();
this.FlattenCJ(exps);
if (exps.Count > 2)
{
bool flag2 = true;
foreach (MDXExpNode node2 in exps)
{
if (!flag2)
{
mdx.Append("*");
}
node2.AppendMDX(mdx, f, f.Indent(indent));
flag2 = false;
}
}
else
{
string str = (this.m_Op.Length > 2) ? f.Keyword(this.m_Op) : this.m_Op;
string mDX = this.m_Exp1.GetMDX(f, -1);
string str3 = this.m_Exp2.GetMDX(f, -1);
if ((indent >= 0) && ((mDX.Length + str3.Length) > 70))
{
if (flag)
{
mdx.Append("(");
}
this.m_Exp1.AppendMDX(mdx, f, f.Indent(indent));
base.AppendCommentAndIndent(mdx, f, indent, false);
mdx.AppendFormat("{0} ", str);
this.m_Exp2.AppendMDX(mdx, f, f.Indent(indent));
if (flag)
{
f.AppendIndent(mdx, indent);
mdx.Append(")");
}
}
else
{
base.AppendCommentAndIndent(mdx, f, indent, false);
if (flag)
{
mdx.AppendFormat("({0} {1} {2})", mDX, str, str3);
}
else
{
mdx.AppendFormat("{0} {1} {2}", mDX, str, str3);
}
}
}
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
f.AppendIndent(mdx, indent, comma);
mdx.AppendFormat("CREATE SUBCUBE {0} AS ", this.m_Name);
this.m_Select.AppendMDX(mdx, f, f.Indent(indent));
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
base.AppendCommentAndIndent(mdx, f, indent, comma);
mdx.AppendFormat("{0} {1} {2} {3} ", new object[] { f.Keyword("SET"), base.Name.GetMDX(f, -1), f.Keyword("AS"), base.Exp.GetMDX(f, f.Indent(indent)) });
}
internal override void AppendMDX(StringBuilder mdx, Formatter f, int indent, bool comma)
{
f.AppendIndent(mdx, indent, comma);
mdx.Append("NON EMPTY ");
this.m_Set.AppendMDX(mdx, f, f.Indent(indent));
}
