public VisualBasicNonSingletonStrategy(string connectionString, string directory, string @namespace)
{
ConnectionString = connectionString;
Directory = directory;
Namespace = @namespace;
Generator = new VisualBasicGenerator <TDatabase>(connectionString, ModelDirectory, $"{@namespace}");
}
public VisualBasicSingletonStrategy(string connectionString, string directory, string @namespace, Func <string, string> func = null)
{
ConnectionString = connectionString;
Directory = directory;
Namespace = @namespace;
Generator = new VisualBasicGenerator <TDatabase>(connectionString, ModelDirectory, $"{@namespace}");
if (func != null)
{
Generator.SetCleanser(func);
}
}
static void Main(string[] args)
{
if(args.Length < 2)
throw new ApplicationException("You must supply a dbml file and an output file as parameters.");
string dbmlFile = args[0];
string outputFile = args[1];
bool functionsOnly = (args.Length > 2 && args[2].ToLower() == "functionsonly");
bool visualBasic = (args.Length == 3 && args[2].ToLower() == "vb") || (args.Length == 4 && args[3].ToLower() == "vb");
if (!File.Exists(dbmlFile))
throw new ApplicationException("Invalid dbml file specified.");
ContextDefinition definition = ReadDefinitionFromFile(dbmlFile);
IList<ContextType> types = ReadTypesFromFile(dbmlFile);
IList<ContextFunction> functions = ReadFunctionsFromFile(dbmlFile);
IGenerator generator;
if (!visualBasic)
generator = new Generator(definition, types, functions, functionsOnly);
else
{
generator = new VisualBasicGenerator(definition, types, functions, functionsOnly);
}
bool foundFile = false;
FileAttributes savedAttrs = FileAttributes.Normal;
if (File.Exists(outputFile))
{
savedAttrs = File.GetAttributes(outputFile);
File.SetAttributes(outputFile, FileAttributes.Normal);
foundFile = true;
}
generator.GenerateContext(outputFile);
Console.WriteLine(outputFile + " written.");
if (foundFile)
{
File.SetAttributes(outputFile, savedAttrs);
}
}
public static void PerformModelGenerate(TargetLanguage targetLanguage, TargetDatabaseConnector targetDatabaseConnector, string connectionString, string directory, string @namespace)
{
IModelGenerator generator = default;
switch (targetLanguage)
{
case TargetLanguage.CSharp:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new CSharpGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new CSharpGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new CSharpGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new CSharpGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new CSharpGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.VisualBasic:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new VisualBasicGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new VisualBasicGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new VisualBasicGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new VisualBasicGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new VisualBasicGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.TypeScript:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new TypeScriptGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new TypeScriptGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new TypeScriptGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new TypeScriptGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new TypeScriptGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.PHP:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new PHPGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new PHPGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new PHPGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new PHPGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new PHPGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.Python:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new PythonGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new PythonGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new PythonGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new PythonGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new PythonGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.Python37:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new Python37Generator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new Python37Generator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new Python37Generator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new Python37Generator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new Python37Generator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.Java:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new JavaGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new JavaGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new JavaGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new JavaGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new JavaGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.CPP:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new CPPGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new CPPGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new CPPGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new CPPGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new CPPGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
case TargetLanguage.Golang:
switch (targetDatabaseConnector)
{
case TargetDatabaseConnector.SQLServer:
generator = new GolangGenerator <SqlConnection, SqlParameter>(connectionString, directory, @namespace, x => $"[{x}]");
break;
case TargetDatabaseConnector.Oracle:
generator = new GolangGenerator <OracleConnection, OracleParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.MySQL:
generator = new GolangGenerator <MySqlConnection, MySqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.PostgreSQL:
generator = new GolangGenerator <NpgsqlConnection, NpgsqlParameter>(connectionString, directory, @namespace);
break;
case TargetDatabaseConnector.SQLite:
generator = new GolangGenerator <SQLiteConnection, SQLiteParameter>(connectionString, directory, @namespace);
break;
}
break;
}
generator.Generate();
}
