protected void AppendTable(StatementCreateTable statementCreateTable)
{
var table = statementCreateTable.Table;
this.Builder.Append("CREATE ");
this.AppendTempKeyword(table.FullName);
this.Builder.Append("TABLE ");
statementCreateTable.Table.FullName.Accept(this.ExprBuilder, null);
this.Builder.Append('(');
ColumnAnalysis analysis = ColumnAnalysis.Build();
for (int i = 0; i < table.Columns.Count; i++)
{
if (i != 0)
{
this.Builder.Append(',');
}
var column = table.Columns[i];
analysis.Analyze(column);
this.AppendColumn(column: column);
}
this.AppendPkConstraints(table, analysis);
this.AppendFkConstraints(table, analysis);
this.AppendIndexesInside(table);
this.Builder.Append(')');
this.Builder.Append(';');
this.AppendIndexesOutside(table);
}
private void AppendPkConstraints(TableBase table, ColumnAnalysis analysis)
{
if (analysis.Pk.Count < 1)
{
return;
}
this.Builder.Append(",CONSTRAINT ");
this.AppendName(this.BuildPkName(table.FullName));
this.Builder.Append(" PRIMARY KEY ");
this.ExprBuilder.AcceptListComaSeparatedPar('(', analysis.Pk, ')', null);
}
private void AppendFkConstraints(TableBase table, ColumnAnalysis analysis)
{
foreach (var analysisFk in analysis.Fks)
{
var foreignTable = analysisFk.Key;
var pairList = analysisFk.Value;
this.Builder.Append(",CONSTRAINT ");
this.AppendName(this.BuildFkName(table.FullName, foreignTable));
this.Builder.Append(" FOREIGN KEY ");
this.ExprBuilder.AcceptListComaSeparatedPar('(', pairList.SelectToReadOnlyList(i => i.Internal), ')', null);
this.Builder.Append(" REFERENCES ");
foreignTable.Accept(this.ExprBuilder, null);
this.ExprBuilder.AcceptListComaSeparatedPar('(', pairList.SelectToReadOnlyList(i => i.External), ')', null);
}
}
