private string Intrepret()
{
var parser = new Parser(_Table);
var columnsExp = new ColumnsExpression();
columnsExp.AddExpression(new ColumnIfTypeExpression());
columnsExp.AddExpression(new ColumnNameExpression());
columnsExp.AddExpression(new ColumnTypeExpression());
columnsExp.AddExpression(new ColumnLengthExpression());
columnsExp.AddExpression(new ColumnDefaultExpression());
columnsExp.AddExpression(new ColumnMapTypeExpression());
columnsExp.AddExpression(new ColumnIfExpression());
columnsExp.AddExpression(new ColumnIfNullableExpression());
columnsExp.AddExpression(new ColumnNameMatchesExpression());
parser.AddExpression(columnsExp);
parser.AddExpression(new TableNameExpression());
parser.AddExpression(new TableSchemaExpression());
parser.AddExpression(new DatabaseNameExpression());
if(_CustomValues != null)
{
foreach(DictionaryEntry entry in _CustomValues)
{
parser.AddExpression(new LiteralExpression(entry.Key.ToString(),entry.Value.ToString()));
}
}
parser.Interpret(_Context);
return _Context.Output;
}
public void TestTableColumnsClass()
{
_context.Input = @"public class {TABLE.NAME}{
{TABLE.COLUMNS}
private {MAP COLUMN.TYPE} _{COLUMN.NAME}; //{COLUMN.LENGHT} {TABLE.NULLABLE}
{/TABLE.COLUMNS}
public void {TABLE.NAME}(){
}
{TABLE.COLUMNS}
//{TABLE.NAME}
public {MAP COLUMN.TYPE} {COLUMN.NAME}
{
set{ _{COLUMN.NAME} = value; }
get{ return _{COLUMN.NAME}; }
}
{/TABLE.COLUMNS}
}
";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
columns.AddExpression(new ColumnTypeExpression());
columns.AddExpression(new ColumnMapTypeExpression());
//columns.AddExpression(new LiteralExpression("[A-Z. ]+",""));
_parser.AddExpression(columns);
_parser.AddExpression(new TableNameExpression());
_parser.Interpret(_context);
}
private string Intrepret()
{
var parser = new Parser(_Table);
var columnsExpression = new ColumnsExpression();
columnsExpression.AddExpression(new ColumnIfTypeExpression());
columnsExpression.AddExpression(new ColumnNameExpression());
columnsExpression.AddExpression(new ColumnTypeExpression());
columnsExpression.AddExpression(new ColumnLengthExpression());
columnsExpression.AddExpression(new ColumnDefaultExpression());
columnsExpression.AddExpression(new ColumnMapTypeExpression());
columnsExpression.AddExpression(new ColumnIfExpression());
columnsExpression.AddExpression(new ColumnIfNullableExpression());
columnsExpression.AddExpression(new ColumnNameMatchesExpression());
parser.AddExpression(columnsExpression);
parser.AddExpression(new TableNameExpression());
parser.AddExpression(new TableNameReplaceExpression());
parser.AddExpression(new TableSchemaExpression());
parser.AddExpression(new DatabaseNameExpression());
if (_CustomValues != null)
{
foreach (DictionaryEntry entry in _CustomValues)
{
parser.AddExpression(new LiteralExpression(entry.Key.ToString(), entry.Value.ToString()));
}
}
parser.Interpret(_Context);
return(_Context.Output);
}
public void TestColumnsIfLast()
{
_context.Input = @"{TABLE.COLUMNS}
{IF NOT LAST}NOT LAST{/IF}
{IF LAST}
LAST{/IF}
{/TABLE.COLUMNS}";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnIfExpression());
_parser.AddExpression(columns);
_parser.Interpret(_context);
}
public void TestColumnNameMatchesExpression()
{
_context.Input = @"{TABLE.COLUMNS}"+
@"{IF COLUMN.NAME =~ 'Id$'}{COLUMN.NAME} ES ID{/IF}" +
"\n"+
@"{IF COLUMN.NAME !~ 'Id$'}{COLUMN.NAME}{/IF}"+
"\n"+
"{/TABLE.COLUMNS}";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
columns.AddExpression(new ColumnNameMatchesExpression());
_parser.AddExpression(columns);
_parser.Interpret(_context);
}
public void TestColumnNaming()
{
_context.Input = @"{TABLE.COLUMNS}" +
@"Normal: {COLUMN.NAME}" + "\n" +
// @"Camel: {COLUMN.NAME CAMEL}" + "\n" +
// @"Pascal: {COLUMN.NAME PASCAL}" + "\n" +
// @"Upper: {COLUMN.NAME UPPER}" + "\n" +
// @"Lower: {COLUMN.NAME LOWER}" + "\n" +
@"Underscore: {COLUMN.NAME UNDERSCORE}" + "\n" +
@"Human: {COLUMN.NAME HUMAN}" + "\n" +
@"{/TABLE.COLUMNS}";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
_parser.AddExpression(columns);
_parser.Interpret(_context);
// Console.WriteLine(_context.Output);
}
public void TestTableColumnsSQL()
{
_context.Input = @"CREATE PROCEDURE sp{TABLE.NAME}_Insert(
{TABLE.COLUMNS NOPRIMARY} @{COLUMN.NAME} {COLUMN.TYPE},
{/TABLE.COLUMNS}{TABLE.COLUMNS PRIMARY}@{COLUMN.NAME} {COLUMN.TYPE} OUTPUT{/TABLE.COLUMNS}
)
AS
INSERT INTO {TABLE.NAME} ({TABLE.COLUMNS}{COLUMN.NAME}{IF NOT LAST},{/IF}
{/TABLE.COLUMNS})
VALUES({TABLE.COLUMNS}@{COLUMN.NAME}{IF NOT LAST},{/IF}
{/TABLE.COLUMNS})
{TABLE.COLUMNS PRIMARY}
SET @{COLUMN.NAME} = @{COLUMN.NAME}
{/TABLE.COLUMNS}
";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
columns.AddExpression(new ColumnTypeExpression());
columns.AddExpression(new ColumnLengthExpression());
columns.AddExpression(new ColumnIfExpression());
_parser.AddExpression(columns);
_parser.AddExpression(new TableNameExpression());
_parser.Interpret(_context);
}
public void TestIfNullable()
{
_context.Input = @"{TABLE.COLUMNS}{IF COLUMN.NULLABLE}{COLUMN.NAME}=NULL{/IF}{IF NOT COLUMN.NULLABLE}FALSE{/IF} {/TABLE.COLUMNS}";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
columns.AddExpression(new ColumnIfNullableExpression());
_parser.AddExpression(columns);
_parser.Interpret(_context);
}
public void TestIfType()
{
_context.Input = @"
{TABLE.COLUMNS}
{IF COLUMN.TYPE EQ 'int|numeric()'}int _{COLUMN.NAME}{/IF}
{IF COLUMN.TYPE NE 'int'}string _{COLUMN.NAME}{/IF}
{/TABLE.COLUMNS}";
ColumnsExpression colsExpression = new ColumnsExpression();
colsExpression.AddExpression(new ColumnIfTypeExpression());
colsExpression.AddExpression(new ColumnNameExpression());
_parser.AddExpression(colsExpression);
_parser.Interpret(_context);
}
public void TestColumnsNoPrimary()
{
_context.Input = @"{TABLE.COLUMNS NOPRIMARY}{COLUMN.NAME}
{/TABLE.COLUMNS}";
ColumnsExpression columns = new ColumnsExpression();
columns.AddExpression(new ColumnNameExpression());
_parser.AddExpression(columns);
_parser.Interpret(_context);
}
