public override void Run(object context)
{
GFXDCommand command;
String cmdString = "SELECT * FROM " + DbDefault.GetAddressQuery();
try
{
command = new GFXDCommand(cmdString, Connection);
if (command.CommandText != cmdString)
{
Fail(String.Format(
"CommandText property is not initialized with specified "
+ " command string. Expected {0}; Actual {1}",
cmdString, command.CommandText));
}
if (command.Connection != Connection)
{
Fail(String.Format(
"Connection property is not initialized with the specified "
+ "GFXDConnection object"));
}
}
catch (Exception e)
{
Fail(e);
}
finally
{
base.Run(context);
}
}
public override void Run(object context)
{
DataSet dataset = new DataSet();
String tableName = TableName.PRODUCT.ToString();
Command.CommandText = DbDefault.GetAddressQuery();
int count = 0;
try
{
DataAdapter = Command.CreateDataAdapter();
dataset = new DataSet();
// fill product table
DataAdapter.SelectCommand.CommandText = DbDefault.GetProductQuery();
DataAdapter.Fill(dataset, tableName);
if (dataset.Tables.Count != 1)
{
Fail(String.Format("Tables.Count is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
count, dataset.Tables.Count));
}
if (dataset.Tables[0].TableName != tableName)
{
Fail(String.Format("TableName is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
tableName, dataset.Tables[0].TableName));
}
if (dataset.Tables[0].Columns.Count <= 0)
{
Fail(String.Format("Table has {0} columns",
dataset.Tables[0].Columns.Count));
}
if (dataset.Tables[0].Rows.Count <= 0)
{
Fail(String.Format("Table has {0} rows",
dataset.Tables[0].Rows.Count));
}
ParseDataSet(dataset);
}
catch (Exception e)
{
Fail(e);
}
finally
{
base.Run(context);
}
}
public override void Run(object context)
{
GFXDCommand command;
String cmdString = "SELECT * FROM " + DbDefault.GetAddressQuery();
try
{
command = new GFXDCommand(cmdString, Connection);
if (command.CommandText != cmdString)
{
Fail(String.Format(
"CommandText property is not initialized with specified "
+ " command string. Expected {0}; Actual {1}",
cmdString, command.CommandText));
}
if (command.Connection != Connection)
{
Fail(String.Format(
"Connection property is not initialized with the specified "
+ "GFXDConnection object"));
}
if (command.CommandTimeout != -1)
{
Fail(String.Format(
"CommandTimeout default setting is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
-1, command.CommandTimeout));
}
if (command.CommandType != System.Data.CommandType.Text)
{
Fail(String.Format(
"CommandType default setting is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
System.Data.CommandType.Text, command.CommandType));
}
if (command.FetchSize != 0)
{
Fail(String.Format(
"FetchSize default setting is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
0, command.FetchSize));
}
// CHANGED if (command.ReaderHoldOverCommit != false)
//{
// Fail(String.Format(
// "ReaderHoldOverCommit default setting is incorrect. "
// + "Expected [{0}]; Actual [{1}]",
// false, command.ReaderHoldOverCommit));
//}
if (command.ReaderType != GFXDCommand.DataReaderType.ForwardOnly)
{
Fail(String.Format(
"ReaderType default setting is incorrect. "
+ "Expected [{0}]; Actual [{1}]",
GFXDCommand.DataReaderType.ForwardOnly, command.ReaderType));
}
// CHANGED if (command.ReaderUpdatable != false)
//{
// Fail(String.Format(
// "ReaderUpdatable default setting is incorrect. "
// + "Expected [{0}]; Actual [{1}]",
// false, command.ReaderUpdatable));
//}
}
catch (Exception e)
{
Fail(e);
}
finally
{
base.Run(context);
}
}
public override void Run(object context)
{
GFXDDataAdapter adapter = null;
Command.CommandText = DbDefault.GetAddressQuery();
try
{
adapter = new GFXDDataAdapter(Command);
if (adapter.SelectCommand != Command)
{
Fail("SelectCommand does not reference Command object.");
}
if (adapter.SelectCommand.CommandText != Command.CommandText)
{
Fail("SelectCommand.CommandText does not reference Command.CommandText");
}
if (adapter.SelectCommand.Connection != Connection)
{
Fail("SelectCommand.Connection does not reference Connection object");
}
if (!adapter.AcceptChangesDuringFill)
{
Fail(String.Format("AcceptChangesDuringFill: "
+ "Expected [{0}]; Actual [{1}]",
true, adapter.AcceptChangesDuringFill));
}
if (!adapter.AcceptChangesDuringUpdate)
{
Fail(String.Format("AcceptChangesDuringUpdate: "
+ "Expected [{0}]; Actual [{1}]",
true, adapter.AcceptChangesDuringUpdate));
}
if (adapter.ContinueUpdateOnError)
{
Fail(String.Format("ContinueUpdateOnError: "
+ "Expected [{0}]; Actual [{1}]",
false, adapter.ContinueUpdateOnError));
}
if (adapter.FillLoadOption != LoadOption.OverwriteChanges)
{
Fail(String.Format("FillLoadOption: "
+ "Expected [{0}]; Actual[{1}]",
LoadOption.OverwriteChanges, adapter.FillLoadOption));
}
if (adapter.MissingMappingAction != MissingMappingAction.Passthrough)
{
Fail(String.Format("MissingMappingAction: "
+ "Expected [{0}]; Actual [{1}]",
MissingMappingAction.Passthrough, adapter.MissingMappingAction));
}
if (adapter.MissingSchemaAction != MissingSchemaAction.Add)
{
Fail(String.Format("MissingSchemaAction: "
+ "Expected [{0}]; Actual [{1}]",
MissingSchemaAction.Add, adapter.MissingSchemaAction));
}
if (adapter.ReturnProviderSpecificTypes)
{
Fail(String.Format("ReturnProviderSpecificTypes: "
+ "Expected [{0}]; Actual [{1}]",
false, adapter.ReturnProviderSpecificTypes));
}
if (adapter.UpdateBatchSize != 1)
{
Fail(String.Format("UpdateBatchSize: "
+ "Expected [{0}]; Actual [{1}]",
1, adapter.UpdateBatchSize));
}
}
catch (Exception e)
{
Fail(e);
}
finally
{
base.Run(context);
}
}
public override void Run(object context)
{
DataSet dataset = new DataSet();
Command.CommandText = DbDefault.GetAddressQuery();
int count = 0;
try
{
// fill address table
DataAdapter.Fill(dataset, TableName.ADDRESS.ToString());
count++;
// fill supplier table
DataAdapter.SelectCommand.CommandText = DbDefault.GetSupplierQuery();
DataAdapter.Fill(dataset, TableName.SUPPLIER.ToString());
count++;
// fill category table
DataAdapter.SelectCommand.CommandText = DbDefault.GetCategoryQuery();
DataAdapter.Fill(dataset, TableName.CATEGORY.ToString());
count++;
// fill product table
DataAdapter.SelectCommand.CommandText = DbDefault.GetProductQuery();
DataAdapter.Fill(dataset, TableName.PRODUCT.ToString());
count++;
// fill customer table
DataAdapter.SelectCommand.CommandText = DbDefault.GetCustomerQuery();
DataAdapter.Fill(dataset, TableName.CUSTOMER.ToString());
count++;
// fill order table
DataAdapter.SelectCommand.CommandText = DbDefault.GetOrderQuery();
DataAdapter.Fill(dataset, TableName.ORDERS.ToString());
count++;
// fill orderdetail table
DataAdapter.SelectCommand.CommandText = DbDefault.GetOrderDetailQuery();
DataAdapter.Fill(dataset, TableName.ORDERDETAIL.ToString());
count++;
if (dataset.Tables.Count != count)
{
Fail(String.Format("Tables.Count is incorrect. "
+ "Expected {0}; Actual {1}",
count, dataset.Tables.Count));
}
foreach (DataTable table in dataset.Tables)
{
if (table.Columns.Count <= 0)
{
Fail(String.Format("Table [{0}] has {1} columns",
table.TableName, table.Columns.Count));
}
if (table.Rows.Count <= 0)
{
Fail(String.Format("Table [{0}] has {1} rows",
table.TableName, table.Rows.Count));
}
}
ParseDataSet(dataset);
}
catch (Exception e)
{
Fail(e);
}
finally
{
base.Run(context);
}
}