private static void writeInequalityConditionClasses(DBConnection cn, TextWriter writer, string table)
{
// NOTE: This kind of sucks. It seems like we could use generics to not have to write N of these methods into ISU.cs.
writer.WriteLine("public static class " + StandardLibraryMethods.GetCSharpSafeClassName(table.TableNameToPascal(cn)) + "TableInequalityConditions {");
foreach (var column in new TableColumns(cn, table, false).AllColumnsExceptRowVersion)
{
CodeGenerationStatics.AddSummaryDocComment(writer, "A condition that narrows the scope of a command.");
writer.WriteLine("public class " + GetConditionClassName(column) + ": " + GetTableConditionInterfaceName(cn, table) + " {");
writer.WriteLine("private readonly InequalityCondition.Operator op; ");
writer.WriteLine("private readonly " + column.DataTypeName + " value;");
CodeGenerationStatics.AddSummaryDocComment(
writer,
"Creates a condition to narrow the scope of a command. Expression will read 'valueInDatabase op yourValue'. So new InequalityCondition( Operator.GreaterThan, value ) will turn into 'columnName > @value'.");
writer.WriteLine("public " + GetConditionClassName(column) + "( InequalityCondition.Operator op, " + column.DataTypeName + " value ) {");
writer.WriteLine("this.op = op;");
writer.WriteLine("this.value = value;");
writer.WriteLine("}");
var colVal = column.GetCommandColumnValueExpression("value");
writer.WriteLine("InlineDbCommandCondition TableCondition.CommandCondition { get { return new InequalityCondition( op, " + colVal + " ); } }");
writer.WriteLine("}");
}
writer.WriteLine("}"); // class
}
internal static void Generate(DBConnection cn, TextWriter writer, string baseNamespace, Database database)
{
writer.WriteLine("namespace " + baseNamespace + "." + database.SecondaryDatabaseName + "TableConstants {");
foreach (var table in DatabaseOps.GetDatabaseTables(database))
{
CodeGenerationStatics.AddSummaryDocComment(writer, "This object represents the constants of the " + table + " table.");
writer.WriteLine("public class " + StandardLibraryMethods.GetCSharpSafeClassName(table.TableNameToPascal(cn)) + "Table {");
CodeGenerationStatics.AddSummaryDocComment(writer, "The name of this table.");
writer.WriteLine("public const string Name = \"" + table + "\";");
foreach (var column in new TableColumns(cn, table, false).AllColumnsExceptRowVersion)
{
CodeGenerationStatics.AddSummaryDocComment(writer, "Contains schema information about this column.");
writer.WriteLine("public class " + StandardLibraryMethods.GetCSharpSafeClassName(column.PascalCasedNameExceptForOracle) + "Column {");
CodeGenerationStatics.AddSummaryDocComment(writer, "The name of this column.");
writer.WriteLine("public const string Name = \"" + column.Name + "\";");
CodeGenerationStatics.AddSummaryDocComment(
writer,
"The size of this column. For varchars, this is the length of the biggest string that can be stored in this column.");
writer.WriteLine("public const int Size = " + column.Size + ";");
writer.WriteLine("}");
}
writer.WriteLine("}");
}
writer.WriteLine("}");
}
internal static string GetClassName( DBConnection cn, string table, bool isRevisionHistoryTable, bool isRevisionHistoryClass )
{
return
StandardLibraryMethods.GetCSharpSafeClassName(
isRevisionHistoryTable && !isRevisionHistoryClass
? "Direct" + table.TableNameToPascal( cn ) + "ModificationWithRevisionBypass"
: table.TableNameToPascal( cn ) + "Modification" );
}
private static void writeInConditionClasses(DBConnection cn, TextWriter writer, string table)
{
writer.WriteLine("public static class " + StandardLibraryMethods.GetCSharpSafeClassName(table.TableNameToPascal(cn)) + "TableInConditions {");
foreach (var column in new TableColumns(cn, table, false).AllColumnsExceptRowVersion)
{
CodeGenerationStatics.AddSummaryDocComment(writer, "A condition that narrows the scope of a command.");
writer.WriteLine("public class " + GetConditionClassName(column) + ": " + GetTableConditionInterfaceName(cn, table) + " {");
writer.WriteLine("private readonly string subQuery;");
CodeGenerationStatics.AddSummaryDocComment(writer, "Creates a condition to narrow the scope of a command.");
writer.WriteLine("public " + GetConditionClassName(column) + "( string subQuery ) {");
writer.WriteLine("this.subQuery = subQuery;");
writer.WriteLine("}");
writer.WriteLine("InlineDbCommandCondition TableCondition.CommandCondition { get { return new InCondition( \"" + column.Name + "\", subQuery ); } }");
writer.WriteLine("}");
}
writer.WriteLine("}");
}
internal static string GetClassName(DBConnection cn, string table)
{
return(StandardLibraryMethods.GetCSharpSafeClassName(table.TableNameToPascal(cn) + "TableRetrieval"));
}
internal static string GetTableEqualityConditionsClassName(DBConnection cn, string table)
{
return(StandardLibraryMethods.GetCSharpSafeClassName(table.TableNameToPascal(cn) + "TableEqualityConditions"));
}
internal static string GetConditionClassName(Column column)
{
return(StandardLibraryMethods.GetCSharpSafeClassName(column.PascalCasedNameExceptForOracle == "Value" ? "_Value" : column.PascalCasedNameExceptForOracle));
}