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using Microsoft.SqlServer.TransactSql.ScriptDom;
using Microsoft.SqlServer.TransactSql.ScriptDom.Versioning;
using Microsoft.VisualStudio.TestTools.UnitTesting;
using SqlStudio.Tests.AssemblyTools.TestCategory;
using System;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using System.Text;
using System.Text.RegularExpressions;
using System.Threading.Tasks;
namespace SqlStudio.Tests.UTSqlScriptDom
{
[TestClass]
class DataRetentionSqlScriptDomTests
{
// The VerifyDataRetention class is a helper class for verifying the DataRetention language components (parsing and generation)
// of the data retention features.
//
// An instance of VerifyDataRetention acts as visitor to the ScriptDom Parser and SqlScriptGenerator
// for handling the DataRetentionTableOption node.
//
// The first purpose of the class is to ensure that for all possible valid combination
// and easily mistaken invalid combination of the DataRetention table option ddl syntax the
// correct properties are set on the DataRetentionTable option object by the ScriptDom parser.
//
// The second purpose of the class is to verify that the when certain properties are set
// on the DataRetentionTableOption object the expected string is generated by the
// SqlScriptGenerator.
//
// Finally the class provides helper methods for creating the expected DataRetentionTableOption
// object and scripts to validate against the object and script created by DacFx.
//
private class VerifyDataRetentionObject : VersioningVisitor
{
public VerifyDataRetentionObject(string table_name = "test")
: base(SqlEngineType.Standalone, SqlVersion.Sql150)
{
ExpectedObj = new DataRetentionTableOption();
ExpectedObj.RetentionPeriod = new RetentionPeriodDefinition();
ExpectedObj.RetentionPeriod.Duration = new IntegerLiteral();
UpdateDefaultToken("table_name", table_name);
}
public DataRetentionTableOption ExpectedObj;
public bool ReverseParameter { get; set; }
private string createTableWithRetentionOnTemplate =
@"CREATE TABLE {0} (id datetime, timestamp datetime2, status int) WITH ( DATA_DELETION = {1} ( {2} {3} {4}{5} {6} {7} {8} {9} ))";
private string createTableWithRetentionOnTemplateReverse =
@"CREATE TABLE {0} (id datetime, timestamp datetime2, status int) WITH ( DATA_DELETION = {1} ( {6} {7} {8} {9}{5} {2} {3} {4} ))";
private string createTableWithRetentionOffTemplate =
@"CREATE TABLE {0} (id datetime, timestamp datetime2, status int) WITH ( DATA_DELETION = {1} )";
private string alterTableWithRetentionOnTemplate =
@"ALTER TABLE {0} SET ( DATA_DELETION = {1} ( {2} {3} {4}{5} {6} {7} {8} {9} ))";
private string alterTableWithRetentionOffTemplate =
@"ALTER TABLE {0} SET ( DATA_DELETION = {1} )";
private string alterTableWithRetentionOnTemplateReverse =
@"ALTER TABLE {0} SET ( DATA_DELETION = {1} ( {6} {7} {8} {9}{5} {2} {3} {4} ))";
private Dictionary<string, int> DefaultTokenLookUp = new Dictionary<string, int>()
{
{"table_name", 0},
{"OptionState", 1},
{"filter_column", 2},
{"filter_equal_sign", 3},
{"filterColumnName", 4},
{"comma", 5},
{"retention_period", 6},
{"retention_equal_sign", 7},
{"durationOrInfinite", 8} ,
{"retentionPeriodUnit", 9}
};
private string[] DefaultTokenValue = { "", "", "FILTER_COLUMN", "=", "", ",", "RETENTION_PERIOD", "=", "", "" };
private enum ScriptTemplate
{
createTableWithDataDeletionOn,
createTableWithDataDeletionOnReverse,
createTableWithDataDeletionOff,
alterTableWithDataDeletionOn,
alterTableWithDataDeletionOff,
alterTableWithDataDeletionOnReverse
};
private ScriptTemplate templateToUse;
public string DefaultSqlString { get; set; }
public string SqlString
{
get
{
if (!String.IsNullOrEmpty(DefaultSqlString))
{
return DefaultSqlString;
}
switch (templateToUse)
{
case ScriptTemplate.createTableWithDataDeletionOn:
{
return string.Format(createTableWithRetentionOnTemplate, DefaultTokenValue);
}
case ScriptTemplate.createTableWithDataDeletionOnReverse:
{
return string.Format(createTableWithRetentionOnTemplateReverse, DefaultTokenValue);
}
case ScriptTemplate.createTableWithDataDeletionOff:
{
return string.Format(createTableWithRetentionOffTemplate, DefaultTokenValue[DefaultTokenLookUp["table_name"]], DefaultTokenValue[DefaultTokenLookUp["OptionState"]]);
}
case ScriptTemplate.alterTableWithDataDeletionOn:
{
return string.Format(alterTableWithRetentionOnTemplate, DefaultTokenValue);
}
case ScriptTemplate.alterTableWithDataDeletionOff:
{
return string.Format(alterTableWithRetentionOffTemplate, DefaultTokenValue[DefaultTokenLookUp["table_name"]], DefaultTokenValue[DefaultTokenLookUp["OptionState"]]);
}
case ScriptTemplate.alterTableWithDataDeletionOnReverse:
{
return string.Format(alterTableWithRetentionOnTemplateReverse, DefaultTokenValue);
}
}
return DefaultSqlString;
}
set { SqlString = value; }
}
public override void ExplicitVisit(DataRetentionTableOption node)
{
VerifyGeneratedObject(node);
// Verify the script generated from the generated object matches the expected string
//
VerifyScriptGeneration(node);
}
private void VerifyGeneratedObject(DataRetentionTableOption node)
{
// Verify the generated object representation of this sql script matches the expected obj representation of this sql script
//
string message = "For the sql script:\r\n" + SqlString + "\r\nThe expected {0} did not match the parsed {0}";
if (!(node.FilterColumn == null && null == ExpectedObj.FilterColumn))
{
Assert.AreEqual(ExpectedObj.FilterColumn.Value, node.FilterColumn.Value, string.Format(message, "FILTER_COLUMN"));
Assert.AreEqual(ExpectedObj.FilterColumn.QuoteType, node.FilterColumn.QuoteType, string.Format(message, "FILTER_COLUMN Identifier quote type"));
}
Assert.AreEqual(ExpectedObj.OptionState, node.OptionState, string.Format(message, "DATA_DELETION"));
Assert.AreEqual(ExpectedObj.RetentionPeriod.Units, node.RetentionPeriod.Units, string.Format(message, "RETENTION_PERIOD unit value"));
Assert.AreEqual(ExpectedObj.RetentionPeriod.IsInfinity, node.RetentionPeriod.IsInfinity, string.Format(message, "RETENTION_PERIOD value of Infinite"));
Assert.AreEqual(ExpectedObj.RetentionPeriod.Duration.Value, node.RetentionPeriod.Duration.Value, string.Format(message, "RETENTION_PERIOD duration value"));
}
private void VerifyScriptGeneration(DataRetentionTableOption node)
{
SqlScriptGenerator gen = new Sql150ScriptGenerator();
String script = "";
IList<ParseError> genError = new List<ParseError>();
gen.GenerateScript(node, out script, out genError);
// Normalize generated script ( Lower and only one space between tokens )
//
String Normalizedscript = Regex.Replace(script, @"\s+", " ");
Normalizedscript = Normalizedscript.ToLowerInvariant().Trim();
// Normalize expected script
// The generated script has a consistent format equivalent to createTableWithRetentionOnTemplate and alterTableWithRetentionOnTemplate
// so if we are not using that template regenerate the script
var newExpectedObj = new VerifyDataRetentionObject(DefaultTokenValue[DefaultTokenLookUp["table_name"]]);
bool optionstate = ExpectedObj.OptionState == OptionState.On ? true : false;
switch (templateToUse)
{
case ScriptTemplate.createTableWithDataDeletionOn:
case ScriptTemplate.createTableWithDataDeletionOnReverse:
case ScriptTemplate.createTableWithDataDeletionOff:
{
newExpectedObj.CreateDataRetentionObject(optionstate,
ExpectedObj.FilterColumn == null ? "" : Identifier.EncodeIdentifier(ExpectedObj.FilterColumn.Value, ExpectedObj.FilterColumn.QuoteType),
false,
ExpectedObj.RetentionPeriod.IsInfinity,
ExpectedObj.RetentionPeriod.Duration.Value,
ExpectedObj.RetentionPeriod.Units);
break;
}
case ScriptTemplate.alterTableWithDataDeletionOff:
{
if (!(node.FilterColumn == null && null == ExpectedObj.FilterColumn))
{
newExpectedObj.AlterDataRetentionObject(optionstate,
Identifier.EncodeIdentifier(ExpectedObj.FilterColumn.Value, ExpectedObj.FilterColumn.QuoteType));
}
else
{
newExpectedObj.AlterDataRetentionObject(optionstate, "");
}
break;
}
case ScriptTemplate.alterTableWithDataDeletionOn:
case ScriptTemplate.alterTableWithDataDeletionOnReverse:
{
newExpectedObj.AlterDataRetentionObject(optionstate,
Identifier.EncodeIdentifier(ExpectedObj.FilterColumn.Value, ExpectedObj.FilterColumn.QuoteType),
ExpectedObj.RetentionPeriod.IsInfinity,
ExpectedObj.RetentionPeriod.Duration.Value,
ExpectedObj.RetentionPeriod.Units);
break;
}
}
// Verify new expected object and old expected obj are the same
// and only differ by generated string
//
VerifyGeneratedObject(newExpectedObj.ExpectedObj);
String NormalizedExpectedScript = Regex.Replace(newExpectedObj.SqlString, @"\s+", " ");
NormalizedExpectedScript = NormalizedExpectedScript.ToLowerInvariant().Trim();
Assert.IsTrue(NormalizedExpectedScript.Contains(Normalizedscript),
string.Format("The expected script:\r\n{0}\r\n does not have the generated string as it data retention format:\r\n{1}\r\n", NormalizedExpectedScript, Normalizedscript));
}
private void UpdateDefaultToken(string tokenName, string value)
{
DefaultTokenValue[DefaultTokenLookUp[tokenName]] = value;
}
// Creates all parameters of the data retention object
//
private void CreateDataRetentionObject(bool dataDeletionState, string filterColumnName, bool excludeRetentionsubstring,
bool retentionPeriodIsInfinty, string integerLiteral, TemporalRetentionPeriodUnit unit)
{
bool excludeFilterCol = String.IsNullOrEmpty(filterColumnName);
UpdateDefaultToken("filterColumnName", filterColumnName);
ExpectedObj.FilterColumn = NormalizeFilterColumn(filterColumnName);
if (dataDeletionState)
{
ExpectedObj.OptionState = OptionState.On;
UpdateDefaultToken("OptionState", "ON");
templateToUse = ReverseParameter ? ScriptTemplate.createTableWithDataDeletionOnReverse : ScriptTemplate.createTableWithDataDeletionOn;
}
else
{
ExpectedObj.OptionState = OptionState.Off;
UpdateDefaultToken("OptionState", "OFF");
ExpectedObj.FilterColumn = null;
templateToUse = ScriptTemplate.createTableWithDataDeletionOn;
}
ExpectedObj.RetentionPeriod.IsInfinity = retentionPeriodIsInfinty;
ExpectedObj.RetentionPeriod.Duration.Value = integerLiteral;
if (ExpectedObj.RetentionPeriod.IsInfinity)
{
UpdateDefaultToken("durationOrInfinite", "INFINITE");
Assert.AreEqual(integerLiteral, "-1", "Retention duration must be -1 if Retention value is infinite");
}
else
{
UpdateDefaultToken("durationOrInfinite", integerLiteral);
UpdateDefaultToken("retentionPeriodUnit", unit.ToString());
ExpectedObj.RetentionPeriod.Units = unit;
}
if (ReverseParameter)
{
bool temp = excludeRetentionsubstring;
excludeRetentionsubstring = excludeFilterCol;
excludeFilterCol = temp;
}
if (excludeFilterCol && excludeRetentionsubstring)
{
templateToUse = ScriptTemplate.createTableWithDataDeletionOff;
}
if (excludeRetentionsubstring)
{
for (int i = DefaultTokenLookUp["comma"]; i < DefaultTokenValue.Length; i++)
{
DefaultTokenValue[i] = "";
}
}
if (excludeFilterCol)
{
for (int i = DefaultTokenLookUp["comma"]; i > 1; i--)
{
DefaultTokenValue[i] = "";
}
}
}
private Identifier NormalizeFilterColumn(string filterName)
{
Identifier filterCol = new Identifier();
if (!string.IsNullOrEmpty(filterName))
{
QuoteType quote;
filterCol.Value = Identifier.DecodeIdentifier(filterName, out quote);
filterCol.QuoteType = quote;
}
return filterCol;
}
// Used to create the object that represents the string
// DATA_DELETION dataDeletionState ( RETENTION_PERIOD = integerLiteral unit )
//
public void CreateDataRetentionObject(bool dataDeletionState, string integerLiteral, TemporalRetentionPeriodUnit unit)
{
CreateDataRetentionObject(dataDeletionState, "", false, false, integerLiteral, unit);
}
// Used to create the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName, RETENTION_PERIOD = integerLiteral unit )
//
public void CreateDataRetentionObject(bool dataDeletionState, string filterColumnName, string integerLiteral, TemporalRetentionPeriodUnit unit)
{
CreateDataRetentionObject(dataDeletionState, filterColumnName, false, false, integerLiteral, unit);
}
// Used to create the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName, RETENTION_PERIOD = Infinite)
//
public void CreateDataRetentionObject(bool dataDeletionState, string filterColumnName, bool retentionPeriodIsInfinty)
{
CreateDataRetentionObject(dataDeletionState, filterColumnName, false, retentionPeriodIsInfinty, "-1", TemporalRetentionPeriodUnit.Day);
}
// Used to create the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName )
//
public void CreateDataRetentionObject(bool dataDeletionState, string filterColumnName)
{
CreateDataRetentionObject(dataDeletionState, filterColumnName, true, true, "-1", TemporalRetentionPeriodUnit.Day);
}
// Used to alter the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName, RETENTION_PERIOD = 1 day )
//
private void AlterDataRetentionObject(bool dataDeletionState, string filterColumnName, string integerLiteral, TemporalRetentionPeriodUnit unit)
{
Assert.AreNotEqual(ExpectedObj, null, "The data retention object must have been created");
UpdateDefaultToken("filterColumnName", filterColumnName);
UpdateDefaultToken("OptionState", dataDeletionState ? "ON" : "OFF");
ExpectedObj.FilterColumn = NormalizeFilterColumn(filterColumnName);
ExpectedObj.OptionState = dataDeletionState ? OptionState.On : OptionState.Off;
Assert.AreNotEqual(ExpectedObj.RetentionPeriod, null, "The data retention object retention period must have been created");
ExpectedObj.RetentionPeriod.Units = unit;
ExpectedObj.RetentionPeriod.Duration.Value = integerLiteral;
UpdateDefaultToken("durationOrInfinite", integerLiteral);
UpdateDefaultToken("retentionPeriodUnit", unit.ToString());
bool excludeFilterCol = String.IsNullOrEmpty(filterColumnName);
templateToUse = ReverseParameter ? ScriptTemplate.alterTableWithDataDeletionOnReverse : ScriptTemplate.alterTableWithDataDeletionOn;
if (excludeFilterCol)
{
for (int i = DefaultTokenLookUp["comma"]; i > 1; i--)
{
DefaultTokenValue[i] = "";
}
}
}
// Used to alter the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName )
//
public void AlterDataRetentionObject(bool dataDeletionState, string filterColumnName)
{
AlterDataRetentionObject(dataDeletionState, filterColumnName, "-1", TemporalRetentionPeriodUnit.Day);
ExpectedObj.RetentionPeriod.IsInfinity = true;
UpdateDefaultToken("durationOrInfinite", "INFINITE");
UpdateDefaultToken("retentionPeriodUnit", "");
Assert.AreEqual(ExpectedObj.RetentionPeriod.Duration.Value, "-1", "When the retention period is Infinite do not specify the string literal and unit");
// Exclude retention portion
//
for (int i = DefaultTokenLookUp["comma"]; i < DefaultTokenValue.Length; i++)
{
DefaultTokenValue[i] = "";
}
if (String.IsNullOrEmpty(filterColumnName))
{
ExpectedObj.FilterColumn = null;
templateToUse = ScriptTemplate.alterTableWithDataDeletionOff;
}
}
// Used to alter the object that represents the string
// DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName, RETENTION_PERIOD = Infinite )
// or DATA_DELETION dataDeletionState ( FILTER_COLUMN = filterColumnName, RETENTION_PERIOD = 1 day )
public void AlterDataRetentionObject(bool dataDeletionState, string filterColumnName, bool IsInfinity, string integerLiteral = "-1", TemporalRetentionPeriodUnit unit = TemporalRetentionPeriodUnit.Day)
{
AlterDataRetentionObject(dataDeletionState, filterColumnName, integerLiteral, unit);
if (IsInfinity)
{
ExpectedObj.RetentionPeriod.IsInfinity = IsInfinity;
UpdateDefaultToken("durationOrInfinite", "INFINITE");
UpdateDefaultToken("retentionPeriodUnit", "");
Assert.AreEqual(ExpectedObj.RetentionPeriod.Duration.Value, "-1", "When the retention period is Infinite do not specify the string literal and unit");
}
}
private static TSqlParser CreateParser(bool quotedIdentifierOn = false)
{
return new TSql160Parser(quotedIdentifierOn);
}
private void VerifyParseAndAccept(VerifyDataRetentionObject[] scriptObjs)
{
TSqlParser parser = CreateParser();
foreach (VerifyDataRetentionObject obj in scriptObjs)
{
using (StringReader reader = new StringReader(obj.SqlString))
{
IList<ParseError> errors;
TSqlFragment node = parser.Parse(reader, out errors);
StringBuilder errMsg = new StringBuilder();
foreach (ParseError err in errors)
{
errMsg.AppendLine(err.Message);
}
Assert.AreEqual(errors.Count, 0, "There are " + errors.Count + " parse errors:\r\n " + errMsg.ToString());
// Since there is no parse error
// verify the parser properly initialized the node
//
node.Accept(obj);
}
}
}
private void VerifyParseAndReject(VerifyDataRetentionObject[] scriptObjs)
{
TSqlParser parser = CreateParser();
foreach (VerifyDataRetentionObject obj in scriptObjs)
{
using (StringReader reader = new StringReader(obj.SqlString))
{
IList<ParseError> errors;
TSqlFragment node = parser.Parse(reader, out errors);
Assert.AreNotEqual(errors.Count, 0, "This script, " + obj.SqlString + ", should have parse errors but does not.");
}
}
}
[TestMethod]
[Priority(1)]
[Timeout(GlobalConstants.DefaultTestTimeout)]
[SqlStudioTestCategory(Category.UnitTest, Feature.TSqlModel, TestGroup = TestGroup.Group2)]
public void DataRetentionAlterTableVerifyParserAccepts()
{
// @"alter table test
// set (DATA_DELETION = On (FILTER_COLUMN = [ID]))"
//
VerifyDataRetentionObject scriptObject = new VerifyDataRetentionObject("test");
scriptObject.AlterDataRetentionObject(true, "[ID]");
// @"alter Table test1
// SET (DATA_DELETION = On (FILTER_COLUMN = [timestamp], RETENTION_PERIOD = 1 day))"
//
VerifyDataRetentionObject scriptObject1 = new VerifyDataRetentionObject("test1");
scriptObject1.AlterDataRetentionObject(true, "[timestamp]", false, "1", TemporalRetentionPeriodUnit.Day);
// @"alter Table test2
// SET (DATA_DELETION = On (RETENTION_PERIOD = 1 day, FILTER_COLUMN = [timestamp]))"
//
VerifyDataRetentionObject scriptObject2 = new VerifyDataRetentionObject("test2");
scriptObject2.ReverseParameter = true;
scriptObject2.AlterDataRetentionObject(true, "[timestamp]", false, "1", TemporalRetentionPeriodUnit.Day);
// @"alter table test3
// set (DATA_DELETION = Off)"
//
VerifyDataRetentionObject scriptObject3 = new VerifyDataRetentionObject("test3");
scriptObject3.AlterDataRetentionObject(false, "");
VerifyDataRetentionObject[] scriptObjs = new VerifyDataRetentionObject[] {
scriptObject,
scriptObject1,
scriptObject2,
scriptObject3
};
VerifyParseAndAccept(scriptObjs);
}
[TestMethod]
[Priority(1)]
[Timeout(GlobalConstants.DefaultTestTimeout)]
[SqlStudioTestCategory(Category.UnitTest, Feature.TSqlModel, TestGroup = TestGroup.Group2)]
public void DataRetentionAlterTableVerifyParserFails()
{
// @"alter table test
// set (DATA_DELETION = On)",
//
VerifyDataRetentionObject scriptObject = new VerifyDataRetentionObject("test");
scriptObject.AlterDataRetentionObject(true, "");
// @"Alter Table test1
// SET (DATA_DELETION = On (RETENTION_PERIOD = 1 Month))",
//
VerifyDataRetentionObject scriptObject1 = new VerifyDataRetentionObject("test1");
scriptObject1.AlterDataRetentionObject(true, "", false, "1", TemporalRetentionPeriodUnit.Month);
// @"alter table test2
// set (DATA_DELETION = Off (FILTER_COLUMN = [ID]))",
//
VerifyDataRetentionObject scriptObject2 = new VerifyDataRetentionObject("test2");
scriptObject2.AlterDataRetentionObject(false, "[ID]");
// @"Alter Table test3
// SET (DATA_DELETION = Off (RETENTION_PERIOD = 1 Month))",
//
VerifyDataRetentionObject scriptObject3 = new VerifyDataRetentionObject("test3");
scriptObject3.AlterDataRetentionObject(false, "", false, "1", TemporalRetentionPeriodUnit.Month);
// @"Alter Table test4
// SET (DATA_DELETION = Off (FILTER_COLUMN = [timestamp], RETENTION_PERIOD = 1 day))",
//
VerifyDataRetentionObject scriptObject4 = new VerifyDataRetentionObject("test4");
scriptObject4.AlterDataRetentionObject(false, "[timestamp]", false, "1", TemporalRetentionPeriodUnit.Day);
// @"Alter Table test5
// SET (DATA_DELETION = Off (RETENTION_PERIOD = 1 day, FILTER_COLUMN = [timestamp]))"
//
VerifyDataRetentionObject scriptObject5 = new VerifyDataRetentionObject("test5");
scriptObject5.ReverseParameter = true;
scriptObject5.AlterDataRetentionObject(false, "[timestamp]", false, "1", TemporalRetentionPeriodUnit.Day);
VerifyDataRetentionObject[] scriptObjs = new VerifyDataRetentionObject[] {
scriptObject,
scriptObject1,
scriptObject2,
scriptObject3,
scriptObject4,
scriptObject5
};
VerifyParseAndReject(scriptObjs);
}
[TestMethod]
[Priority(1)]
[Timeout(GlobalConstants.DefaultTestTimeout)]
[SqlStudioTestCategory(Category.UnitTest, Feature.TSqlModel, TestGroup = TestGroup.Group2)]
public void DataRetentionCreateTableVerifyParserAccepts()
{
// create Table test4 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = On (FILTER_COLUMN = [timestamp], RETENTION_PERIOD = 1 day))
//
VerifyDataRetentionObject scriptObj1 = new VerifyDataRetentionObject("test4");
scriptObj1.CreateDataRetentionObject(true, "timestamp", "1", TemporalRetentionPeriodUnit.Day);
// create Table test3 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = On (FILTER_COLUMN = [timestamp]))
//
VerifyDataRetentionObject scriptObj2 = new VerifyDataRetentionObject("test3");
scriptObj2.CreateDataRetentionObject(true, "[table space]");
// create Table test4 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = On (RETENTION_PERIOD = 1 day, FILTER_COLUMN = [timestamp]))
//
VerifyDataRetentionObject scriptObj3 = new VerifyDataRetentionObject("test5");
scriptObj3.ReverseParameter = true;
scriptObj3.CreateDataRetentionObject(true, "timestamp", "1", TemporalRetentionPeriodUnit.Day);
// @"create table test2 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = Off)"
//
VerifyDataRetentionObject scriptObj4 = new VerifyDataRetentionObject("test5");
scriptObj4.CreateDataRetentionObject(false, "");
VerifyDataRetentionObject[] scriptObjs = new VerifyDataRetentionObject[] {
scriptObj1,
scriptObj2,
scriptObj3,
scriptObj4
};
VerifyParseAndAccept(scriptObjs);
}
[TestMethod]
[Priority(1)]
[Timeout(GlobalConstants.DefaultTestTimeout)]
[SqlStudioTestCategory(Category.UnitTest, Feature.TSqlModel, TestGroup = TestGroup.Group2)]
public void DataRetentionCreateTableVerifyParserFails()
{
// @"create table test2 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = On)"
//
VerifyDataRetentionObject scriptObj1 = new VerifyDataRetentionObject("test2");
scriptObj1.CreateDataRetentionObject(true, "");
// @"create Table test4 (id datetime, timestamp datetime2)
// WITH (DATA_DELETION = On (RETENTION_PERIOD = 1 Month))"
//
VerifyDataRetentionObject scriptObj2 = new VerifyDataRetentionObject("test4");
scriptObj2.CreateDataRetentionObject(true, "", "1", TemporalRetentionPeriodUnit.Month);
// @"create table test25 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = Off (FILTER_COLUMN = [ID]))"
//
VerifyDataRetentionObject scriptObj3 = new VerifyDataRetentionObject("test6");
scriptObj3.CreateDataRetentionObject(false, "[ID]");
// @"create Table test7 (id datetime, timestamp datetime2)
// WITH (DATA_DELETION = Off (RETENTION_PERIOD = 1 Month))"
VerifyDataRetentionObject scriptObj4 = new VerifyDataRetentionObject("test7");
scriptObj4.CreateDataRetentionObject(false, "1", TemporalRetentionPeriodUnit.Month);
// @"create Table test8 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = Off (FILTER_COLUMN = [timestamp], RETENTION_PERIOD = 1 day))
VerifyDataRetentionObject scriptObj5 = new VerifyDataRetentionObject("test8");
scriptObj5.CreateDataRetentionObject(false, "[timestamp]", "1", TemporalRetentionPeriodUnit.Month);
// @"create Table test5 (id datetime, timestamp datetime2 )
// WITH (DATA_DELETION = Off (RETENTION_PERIOD = 1 day, FILTER_COLUMN = [timestamp]))"
VerifyDataRetentionObject scriptObj6 = new VerifyDataRetentionObject("test9");
scriptObj6.ReverseParameter = true;
scriptObj6.CreateDataRetentionObject(false, "[timestamp]", "1", TemporalRetentionPeriodUnit.Day);
VerifyDataRetentionObject[] scriptObjs = new VerifyDataRetentionObject[] {
scriptObj1,
scriptObj2,
scriptObj3,
scriptObj4,
scriptObj5,
scriptObj6
};
VerifyParseAndReject(scriptObjs);
}
}
}
}