/// <summary>
/// Test Command: ReadChassisLogWithTimestamp. The test case verifies:
/// The command returns completion code success;
/// Verifies all the entries with in the time stamp
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool ReadChassisLogWithTimestamp()
{
CmTestLog.Start();
bool testPassed = true;
ChassisLogResponse cmLogReponse = null;
ChassisLogResponse CMLogReponseWithTime = null;
CmTestLog.Info("!!!!!!!!! Starting execution of ReadChassisLogWithTimestampTest !!!!!!!!!");
cmLogReponse = this.Channel.ReadChassisLog();
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, cmLogReponse.completionCode, "Received for read chassis log");
// Make sure log entries should not be more than 50
testPassed &= ChassisManagerTestHelper.IsTrue(cmLogReponse.logEntries.Count <= CmConstants.LogEntries, string.Format("Received {0} log entries", cmLogReponse.logEntries.Count));
DateTime invalidStart = DateTime.Now.AddDays(1);
DateTime invalidEnd = DateTime.Now.AddDays(2);
CMLogReponseWithTime = this.Channel.ReadChassisLogWithTimestamp(invalidStart, invalidEnd);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, CMLogReponseWithTime.completionCode, "Received success for ReadChassisLogWithTimestamp");
testPassed &= ChassisManagerTestHelper.IsTrue(CMLogReponseWithTime.logEntries.Count == 0, "Received zero entries for invalid timestamp");
//need to clear the chassis log so the response is not too big
ChassisResponse response = this.Channel.ClearChassisLog();
//Add couple more calls
this.Channel.SetChassisAttentionLEDOn();
this.Channel.SetChassisAttentionLEDOff();
cmLogReponse = this.Channel.ReadChassisLog();
DateTime start = DateTime.Now.AddDays(-1);
DateTime end = DateTime.Now.AddDays(1);
CMLogReponseWithTime = this.Channel.ReadChassisLogWithTimestamp(start, end);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, CMLogReponseWithTime.completionCode, "Received success for ReadChassisLogWithTimestamp");
testPassed &= ChassisManagerTestHelper.IsTrue(cmLogReponse.logEntries[1].eventTime > start, "Log entires start time");
testPassed &= ChassisManagerTestHelper.IsTrue(cmLogReponse.logEntries[cmLogReponse.logEntries.Count - 1].eventTime < end, "Log entires end time");
int logSize = CMLogReponseWithTime.logEntries.Count;
if (!CMLogReponseWithTime.logEntries[logSize - 1].eventDescription.Contains("SetChassisAttentionLEDOn"))
{
CmTestLog.Failure("!!!Failed to read the CM logs with a time range.");
return(false);
}
//This will require that the CM doesn't receive any other user commands.
if (!CMLogReponseWithTime.logEntries[0].eventDescription.Contains("ReadChassisLog"))
{
CmTestLog.Failure("!!!Failed to read the CM logs with a time range.");
return(false);
}
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// GetACSocketPowerState: Verify that all users can execute the command
/// </summary>
/// <returns></returns>
protected bool AcSocketPowerGetByAllUserTest()
{
CmTestLog.Start();
bool testPassed = true;
string failureMessage;
ChassisResponse acSocketResponse = null;
ACSocketStateResponse acSocketPower = null;
uint numAcSocket = CmConstants.NumPowerSwitches;
Console.WriteLine("!!!!!!!!! Started execution of ACSocketPowerTest.");
foreach (WCSSecurityRole roleId in Enum.GetValues(typeof(WCSSecurityRole)))
{
//Change test connection to different role
this.TestChannelContext = this.ListTestChannelContexts[(int)roleId];
for (int testedAcSocket = 1; testedAcSocket <= numAcSocket; testedAcSocket++)
{
// Turn off ACSocket Power state
acSocketResponse = this.Channel.SetACSocketPowerStateOff(testedAcSocket);
if (acSocketResponse.completionCode == CompletionCode.Success)
{
// Check to see if socket power state is return correctly
acSocketPower = this.TestChannelContext.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.OFF)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
}
// Turn on ACSocket Power state
acSocketResponse = this.Channel.SetACSocketPowerStateOn(testedAcSocket);
if (acSocketResponse.completionCode == CompletionCode.Success)
{
// Check to see if socket power state is return correctly
acSocketPower = this.TestChannelContext.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.ON)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
}
}
}
failureMessage = "!!!!!!!!! Successfully finished execution of ACSocketPowerTests.";
Console.WriteLine(failureMessage);
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: ClearChassisLog
/// Test case verifies: Completion code success
/// Verifies Log entries count after clear chassis log and read chassislog
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool ClearChassisLog()
{
CmTestLog.Start();
bool testPassed = true;
ChassisLogResponse cmLogsResponse;
ChassisResponse cmResponse;
CmTestLog.Info(" !!!!!! Started running of clearchassislogtest !!!!!! ");
cmResponse = this.Channel.ClearChassisLog();
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, cmResponse.completionCode, "Received for clear chassis log");
CmTestLog.Info("Verifying log entries after clear the chassis logs");
cmLogsResponse = this.Channel.ReadChassisLog();
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, cmResponse.completionCode, "Received for read chassis log");
testPassed &= ChassisManagerTestHelper.AreEqual(CmConstants.LogCount, cmLogsResponse.logEntries.Count, "Received for log entries count");
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: ReadBladeLogWithTimestamp. The test case verifies:
/// The command returns completion code success;
/// The command succeeds even after all logs are cleared.
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool ReadBladeLogWithTimestampTest()
{
CmTestLog.Start();
// get all server blade locations
int[] serverLocations;
if (!GetBladeLocations(blade => blade.bladeType.Equals(CmConstants.ServerBladeType),
out serverLocations) || serverLocations.Length == 0)
{
CmTestLog.Failure("Cannot find any server blade");
CmTestLog.End(false);
return(false);
}
// pick up a random server blade
var bladeId = serverLocations.RandomOrDefault();
CmTestLog.Info(string.Format("Pick up a random server blade# {0} for test", bladeId));
bool testPassed = true;
ChassisResponse response;
// read logs from the blade
CmTestLog.Info("Trying to read blade log with timestamp from Blade# " + bladeId);
response = this.Channel.ReadBladeLogWithTimestamp(bladeId, DateTime.MinValue, DateTime.Now);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, response.completionCode, "Logs read from Blade# " + bladeId);
// clear the logs and read again
CmTestLog.Info("Trying to clear the logs on Blade# " + bladeId);
response = this.Channel.ClearBladeLog(bladeId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, response.completionCode, "Logs cleared on Blade# " + bladeId);
CmTestLog.Info("Trying to read logs again from Blade# " + bladeId);
response = this.Channel.ReadBladeLogWithTimestamp(bladeId, DateTime.MinValue, DateTime.Now);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, response.completionCode, "Logs read from Blade# " + bladeId);
// end of the test
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: ClearChassisLog. Test case verifies:
/// The command returns completion code success for WcsAdmin;
/// Bad Request for WcsOperator and WcsUser
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
// [TFS WorkItem:2585] ClearChassisLog: Verify ONLY users from WcsCmAdmin are able to execute the command
public bool ClearChassisLogByAllUsers()
{
CmTestLog.Start();
bool testPassed = true;
// Loop through different user types and ReadChassisLogWithTimestamp
foreach (WCSSecurityRole roleId in Enum.GetValues(typeof(WCSSecurityRole)))
{
try
{
// Use different user context
this.TestChannelContext = this.ListTestChannelContexts[(int)roleId];
CmTestLog.Info(string.Format("Trying to ClearChassisLog with user type {0} ", roleId.ToString()));
ChassisResponse clearChassisLog = this.TestChannelContext.ClearChassisLog();
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, clearChassisLog.completionCode, "Received ClearChassisLog for user " + roleId.ToString());
}
catch (Exception ex)
{
// Check error is due to permission HTTP 400 bad request
if (ex.Message.Contains("400") && roleId == WCSSecurityRole.WcsCmUser)
{
ChassisManagerTestHelper.IsTrue(true, "ClearChassisLog returned Bad Request for user " + roleId.ToString());
}
else
{
ChassisManagerTestHelper.IsTrue(false, "Exception: " + ex.Message);
testPassed = false;
}
}
}
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: ReadChassisLog
/// The test case verifies: All users can execute command
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool ReadChassisLogTest()
{
CmTestLog.Start();
bool allPassed = true;
string currentApi = "ReadChassisLog";
try
{
// Verify all users can execute command : WorkItem(2580)
bool userPassed;
foreach (WCSSecurityRole TestUser in Enum.GetValues(typeof(WCSSecurityRole)))
{
CmTestLog.Info("Calling " + currentApi + " for user type " + TestUser);
userPassed = true;
VerifyReadChassisLog(ref userPassed, TestUser);
ChassisManagerTestHelper.IsTrue(userPassed,
currentApi + ": Command executed for user " + TestUser);
allPassed &= userPassed;
}
ChassisManagerTestHelper.IsTrue(allPassed,
currentApi + ": All users can execute the command");
}
catch (Exception ex)
{
ChassisManagerTestHelper.IsTrue(false, ex.Message);
ChassisManagerTestHelper.IsTrue(StartStopCmService("start"),
currentApi + ": Chassis Manager service started");
allPassed = false;
}
CmTestLog.End(allPassed);
return(allPassed);
}
/// <summary>
/// Basic validation test to set NextBoot test
/// </summary>
protected Boolean SetNextBootTest()
{
CmTestLog.Start();
bool testPassed = true;
bool isServer = false;
int bladeIndex = 1;
string failureMessage;
EmptyLocations = GetEmptyLocations();
JbodLocations = GetJbodLocations();
CmTestLog.Info("!!!!!!!!! Starting execution of SetNextBootTest.");
//Make sure blade is reacheable
//Loop through servers listing and find first Blad to test
while (!isServer && bladeIndex <= CmConstants.Population)
{
if (!JbodLocations.Contains(bladeIndex) && !EmptyLocations.Contains(bladeIndex))
{
isServer = true;
}
else
{
bladeIndex++;
}
}
if (bladeIndex > CmConstants.Population)
{
failureMessage = "!!!Failed to find a server blade to run the test.";
CmTestLog.Failure(failureMessage);
return(false);
}
Channel.SetPowerOn(bladeIndex);
Thread.Sleep(50000);
BootResponse bBootType;
int index = 1;
foreach (BladeBootType testedBootType in Enum.GetValues(typeof(BladeBootType)))
{
//Doing the same setting twice to make sure we are handling this properly.
if (testedBootType.ToString() != BladeBootType.Unknown.ToString())
{
//set to persistent.
bBootType = Channel.SetNextBoot(bladeIndex, testedBootType, false, false, 0);
if (bBootType.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to set non persistant boot type to: {0}",
testedBootType);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
bBootType = Channel.GetNextBoot(bladeIndex);
if (testedBootType.ToString() != bBootType.nextBoot.ToString())
{
failureMessage = "!!!The Non persistent boot type did not match what it was set to.";
CmTestLog.Failure(failureMessage);
testPassed = false;
}
//set to non persistent.
bBootType = Channel.SetNextBoot(bladeIndex, testedBootType, false, true, 1);
if (bBootType.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to set Persistent boot type to: {0}", testedBootType);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
//Make sure if no restart happens it keeps its value.
bBootType = Channel.GetNextBoot(bladeIndex);
if (testedBootType.ToString() != bBootType.nextBoot.ToString())
{
failureMessage = "!!!The boot type did not match what it was set to.";
CmTestLog.Failure(failureMessage);
testPassed = false;
}
//Make sure it loses its value after restart
Channel.SetBladeActivePowerCycle(bladeIndex, 0);
Thread.Sleep(60000);
bBootType = Channel.GetNextBoot(bladeIndex);
if (testedBootType.ToString() != BladeBootType.ForcePxe.ToString() &&
testedBootType.ToString() != bBootType.nextBoot.ToString())
{
failureMessage =
string.Format(
"!!!The boot type did not match what it was set to before power cycle. {0} vs {1} this is round# {2}",
testedBootType, bBootType.nextBoot, index);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
}
}
Channel.SetNextBoot(bladeIndex, BladeBootType.NoOverride, false, true, 0);
CmTestLog.Info("!!!!!!!!! Successfully finished execution of SetNextBoot tests.");
// end of the test
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: SetNextBoot, GetNextBoot. The test case verifies:
/// The command returns a success completion code on server blades;
/// The command works with all blade types (except unknown type);
/// When set to non-persistent, the blade will lose its next boot value after restart.
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool SetGetNextBootTest()
{
CmTestLog.Start();
// get all server blade locations
int[] serverLocations;
if (!GetBladeLocations(blade => blade.bladeType.Equals(CmConstants.ServerBladeType),
out serverLocations) || serverLocations.Length == 0)
{
CmTestLog.Failure("Cannot find any server blade");
CmTestLog.End(false);
return(false);
}
// pick up a random server blade
int bladeId = serverLocations.RandomOrDefault();
CmTestLog.Info(string.Format("Pick up a random server blade# {0} for test", bladeId));
// make sure the blade is powered on
if (!SetPowerState(PowerState.ON, bladeId))
{
CmTestLog.Failure("Cannot power on Blade# " + bladeId);
CmTestLog.End(false);
return(false);
}
bool allPassed = true;
foreach (BladeBootType bootType in Enum.GetValues(typeof(BladeBootType)))
{
if (bootType == BladeBootType.Unknown)
{
continue;
}
//// set next boot to persistent
CmTestLog.Info(string.Format("Trying to set next boot to Type {0} with persistent", bootType));
BootResponse response = Channel.SetNextBoot(bladeId, bootType, false, true, 0);
allPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, response.completionCode,
"Set persistent boot type");
// get next boot and verify
CmTestLog.Info("Trying to get the next boot");
response = Channel.GetNextBoot(bladeId);
allPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success,
response.completionCode, "Get next boot value");
allPassed &= ChassisManagerTestHelper.AreEqual(bootType, response.nextBoot,
"The boot type matches what it was set to");
//// set to non persistent
CmTestLog.Info(string.Format("Trying to set next boot to Type {0} with non-persistent", bootType));
response = Channel.SetNextBoot(bladeId, bootType, false, false, 1);
allPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, response.completionCode,
"Set non-persistent boot type");
// get next boot and verify
CmTestLog.Info("Trying to get the next boot");
response = Channel.GetNextBoot(bladeId);
allPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success,
response.completionCode, "Get next boot value");
allPassed &= ChassisManagerTestHelper.AreEqual(bootType, response.nextBoot,
"The boot type matches what it was set to");
// make sure it loses its value after restart
if (!(bootType == BladeBootType.ForcePxe || bootType == BladeBootType.NoOverride))
{
CmTestLog.Info("Trying to restart the blade and get next boot value again");
Channel.SetBladeActivePowerCycle(bladeId, 0);
Thread.Sleep(TimeSpan.FromMinutes(1));
response = Channel.GetNextBoot(bladeId);
allPassed &= ChassisManagerTestHelper.IsTrue(bootType == response.nextBoot,
"The blade loses its next boot value after power cycle");
}
}
// end of the test
CmTestLog.End(allPassed);
return(allPassed);
}
/// <summary>
/// Basic validation test to set NextBoot test
/// </summary>
protected Boolean SetNextBootToJbodTest()
{
CmTestLog.Start();
bool testPassed = true;
bool isJBodServer = false;
int bladeIndex = 1;
string failureMessage;
EmptyLocations = GetEmptyLocations();
JbodLocations = GetJbodLocations();
CmTestLog.Info("!!!!!!!!! Starting execution of SetNextBootTest.");
//Find first Jbod Server
while (!isJBodServer && bladeIndex <= CmConstants.Population)
{
if (JbodLocations.Contains(bladeIndex))
{
isJBodServer = true;
}
else
{
bladeIndex++;
}
}
if (bladeIndex > CmConstants.Population)
{
failureMessage = "!!!Failed to find a server blade to run the test.";
CmTestLog.Failure(failureMessage);
return(false);
}
Channel.SetPowerOn(bladeIndex);
Thread.Sleep(50000);
BootResponse bBootType;
foreach (BladeBootType testedBootType in Enum.GetValues(typeof(BladeBootType)))
{
//Doing the same setting twice to make sure we are handling this properly.
if (testedBootType.ToString() != BladeBootType.Unknown.ToString())
{
//set to persistent.
bBootType = Channel.SetNextBoot(bladeIndex, testedBootType, false, false, 0);
if (bBootType.completionCode == CompletionCode.Success &&
bBootType.completionCode != CompletionCode.CommandNotValidForBlade)
{
failureMessage = string.Format("Test failed, successfully set nextboot to JBOD type to: {0}",
testedBootType);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
bBootType = Channel.GetNextBoot(bladeIndex);
if (bBootType.completionCode == CompletionCode.Success &&
bBootType.completionCode != CompletionCode.CommandNotValidForBlade)
{
failureMessage = string.Format("Test failed, successfully GET nextboot to JBOD type to: {0}",
testedBootType);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
}
}
// end of the test
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Basic validation test to set NextBoot test
/// </summary>
protected Boolean SetNextBootByAllUserTest()
{
CmTestLog.Start();
bool testPassed = true;
bool isServer = false;
int bladeIndex = 1;
string failureMessage = string.Empty;
EmptyLocations = GetEmptyLocations();
JbodLocations = GetJbodLocations();
CmTestLog.Info("!!!!!!!!! Starting execution of SetNextBootTest.");
//Make sure blade is reacheable
//Loop through servers listing and find first Blad to test
while (!isServer && bladeIndex <= CmConstants.Population)
{
if (!JbodLocations.Contains(bladeIndex) && !EmptyLocations.Contains(bladeIndex))
{
isServer = true;
}
else
{
bladeIndex++;
}
}
if (bladeIndex > CmConstants.Population)
{
failureMessage = "!!!Failed to find a server blade to run the test.";
CmTestLog.Failure(failureMessage);
return(false);
}
Channel.SetPowerOn(bladeIndex);
Thread.Sleep(50000);
int index = 1;
foreach (WCSSecurityRole roleId in Enum.GetValues(typeof(WCSSecurityRole)))
{
try
{
if (!GetSetNextBoots(testPassed, bladeIndex, failureMessage, index, roleId))
{
failureMessage = string.Format("Failed to set Persistent boot type by user type: {0}", roleId);
CmTestLog.Failure(failureMessage);
testPassed = false;
break;
}
}
catch (Exception e)
{
// Check if we got 401 error
// Check error is due to permission HTTP 401 unauthorize
if (!e.Message.Contains("401"))
{
// Test failed, http response should contain http 401 error
CmTestLog.Failure("We are expecting 401 error, but we received 400 instead.");
}
}
}
CmTestLog.Info("!!!!!!!!! Successfully finished execution of SetNextBoot tests.");
// end of the test
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Basic functional validation test for AC SocketPower
/// </summary>
/// <returns></returns>
protected bool AcSocketPowerTest()
{
CmTestLog.Start();
bool testPassed = true;
string failureMessage;
ChassisResponse acSocketResponse = null;
ACSocketStateResponse acSocketPower = null;
uint NumACSocket = CmConstants.NumPowerSwitches;
Console.WriteLine("!!!!!!!!! Started execution of ACSocketPowerTest.");
for (int testedAcSocket = 1; testedAcSocket <= NumACSocket; testedAcSocket++)
{
acSocketResponse = this.Channel.SetACSocketPowerStateOff(testedAcSocket);
if (acSocketResponse.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to power off from unknown state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketPower = this.Channel.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.OFF)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOff(testedAcSocket);
if (acSocketResponse.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to power off AC socket when it is already off for socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketPower = this.Channel.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.OFF)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOn(testedAcSocket);
if (acSocketResponse.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to power ON AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketPower = this.Channel.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.ON)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOn(testedAcSocket);
if (acSocketResponse.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to power ON AC socket when it is already ON for AC Socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOff(testedAcSocket);
if (acSocketResponse.completionCode != CompletionCode.Success)
{
failureMessage = string.Format("!!!Failed to power off AC socket from ON state for AC Socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketPower = this.Channel.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.OFF)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketPower = this.Channel.GetACSocketPowerState(testedAcSocket);
if (acSocketPower.powerState != PowerState.OFF)
{
failureMessage = string.Format("!!!Failed to get power state for AC socket#{0}", testedAcSocket);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
}
//Test for invalid parameters
acSocketResponse = this.Channel.SetACSocketPowerStateOn(0);
if (acSocketResponse.completionCode != CompletionCode.ParameterOutOfRange)
{
failureMessage = string.Format("!!!Failed During SetACSocketPowerStateOn(0), response is: {0}", acSocketResponse.completionCode);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOn(9999);
if (acSocketResponse.completionCode != CompletionCode.ParameterOutOfRange)
{
failureMessage = string.Format("!!!Failed During SetACSocketPowerStateOn(0), response is: {0}", acSocketResponse.completionCode);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
acSocketResponse = this.Channel.SetACSocketPowerStateOn(4);
if (acSocketResponse.completionCode != CompletionCode.ParameterOutOfRange)
{
failureMessage = string.Format("!!!Failed During SetACSocketPowerStateOn(0), response is: {0}", acSocketResponse.completionCode);
CmTestLog.Failure(failureMessage);
testPassed = false;
}
Console.WriteLine("\n++++++++++++++++++++++++++++++++");
failureMessage = "!!!!!!!!! Successfully finished execution of ACSocketPowerTests.";
Console.WriteLine(failureMessage);
CmTestLog.End(testPassed);
return(testPassed);
}
/// <summary>
/// Test Command: ReadBladeLog, ClearBladeLog. The test case verifies:
/// The command returns completion code success on server blades;
/// ReadBladeLog succeeds even after all logs are cleared.
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool ReadClearBladeLogTest()
{
CmTestLog.Start();
ChassisLogResponse readLogResponse;
BladeResponse clearLogResponse;
bool testPassed = true;
int[] serverLocations, jbodLocations;
if (!this.GetBladeLocations(blade => blade.bladeType.Equals(CmConstants.ServerBladeType), out serverLocations) ||
!this.GetBladeLocations(blade => blade.bladeType.Equals(CmConstants.JbodBladeType), out jbodLocations))
{
CmTestLog.Failure("Cannot find a server/ Jbod blade to execute automation against");
CmTestLog.End(false);
return(false);
}
if (serverLocations == null || serverLocations.Length == 0)
{
CmTestLog.Warning("There are no server blades to execute the test against.");
}
else
{
int bladeId = serverLocations.RandomOrDefault();
CmTestLog.Success("Found server blade at location: " + bladeId);
CmTestLog.Info("Power on Blade# " + bladeId);
var powerOnResponse = this.Channel.SetPowerOn(bladeId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, powerOnResponse.completionCode, string.Format("Blade# {0} is powered on", bladeId));
CmTestLog.Info("Read logs from Blade# " + bladeId);
readLogResponse = this.Channel.ReadBladeLog(bladeId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, readLogResponse.completionCode, "Received Read logs from Blade# " + bladeId);
CmTestLog.Info("Clear logs on Blade# " + bladeId + " and read again");
clearLogResponse = this.Channel.ClearBladeLog(bladeId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, clearLogResponse.completionCode, "Logs on Blade# " + bladeId + " is cleared");
readLogResponse = this.Channel.ReadBladeLog(bladeId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, readLogResponse.completionCode, "Read logs from Blade# " + bladeId);
}
// [TFS WorkItem: 2730] ReadBladeLog: Verify command is not valid to run on JBOD blade
if (jbodLocations == null || jbodLocations.Length == 0)
{
CmTestLog.Warning("There are no JBODs to execute the test against.");
}
else
{
int JbodId = jbodLocations.RandomOrDefault();
CmTestLog.Success("Found JBOD blade at location " + JbodId);
CmTestLog.Info("Power on Blade# " + JbodId);
var powerOnResponse = this.Channel.SetPowerOn(JbodId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Success, powerOnResponse.completionCode, string.Format("JBOD at location# {0} is powered on", JbodId));
CmTestLog.Info("Trying to read logs for JBOD");
readLogResponse = this.Channel.ReadBladeLog(JbodId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.CommandNotValidForBlade, readLogResponse.completionCode, "Received CommandNotValidForBlade to Read logs for JBOD# " + JbodId);
// [TFS WorkItem: 2731] ClearBladeLog: Verify command is not valid to run on JBOD blade
CmTestLog.Info("Trying to clear logs for JBOD");
clearLogResponse = this.Channel.ClearBladeLog(JbodId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.CommandNotValidForBlade, clearLogResponse.completionCode, "Received CommandNotValidForBlade to clear logs for JBOD# " + JbodId);
}
this.EmptyLocations = this.GetEmptyLocations();
if (EmptyLocations == null || EmptyLocations.Length == 0)
{
CmTestLog.Warning("There are no Empty slots to execute the test against.");
}
else
{
int slotId = EmptyLocations.RandomOrDefault();
CmTestLog.Success("Found empty slot at location " + slotId);
CmTestLog.Info("Trying to read logs for Empty location");
readLogResponse = this.Channel.ReadBladeLog(slotId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Timeout, readLogResponse.completionCode, "Received Timeout to Read logs for emoty slot# " + slotId);
// [TFS WorkItem: 2731] ClearBladeLog: Verify command is not valid to run on JBOD blade
CmTestLog.Info("Trying to clear logs for empty slot");
clearLogResponse = this.Channel.ClearBladeLog(slotId);
testPassed &= ChassisManagerTestHelper.AreEqual(CompletionCode.Timeout, clearLogResponse.completionCode, "Received Timeout to clear logs for empty slot# " + slotId);
}
CmTestLog.End(testPassed);
return(true);
}
/// <summary>
/// Test: User Logs
/// The test case verifies:
/// User Log exists
/// </summary>
/// <returns>True if all check-points pass; false, otherwise.</returns>
public bool UserLogsTest()
{
CmTestLog.Start();
bool allPassed = true;
string currentTest = "UserLogs";
try
{
string logParentDirectory = @"\\" + defaultCMName + @"\c$\";
bool foundUserLog = false;
IntPtr token = IntPtr.Zero;
// Impersonate remote user
bool successLogon = LogonUser(defaultAdminUserName, defaultCMName, defaultAdminPassword,
(int)DwLogonType.NewCredentials, (int)DwLogonProvider.WinNT50, ref token);
if (successLogon)
{
using (WindowsImpersonationContext context = WindowsIdentity.Impersonate(token))
{
// Verify presence of User Log : WorkItem(2271)
if (!Directory.Exists(logParentDirectory))
{
CmTestLog.Failure(currentTest + ": Directory to User Log files does not exist");
return(false);
}
foreach (string filePath in Directory.GetFiles(logParentDirectory))
{
Match fileMatch = Regex.Match(filePath, @"ChassisManagerUserLog0[01]\.svclog");
if (fileMatch.Success)
{
CmTestLog.Success(currentTest + ": Verified presence of User Log " + filePath);
foundUserLog = true;
break;
}
}
allPassed &= foundUserLog;
// Revert back to original user
context.Undo();
}
}
else
{
CmTestLog.Failure("UserLogon: User failed to be created");
return(false);
}
}
catch (Exception ex)
{
ChassisManagerTestHelper.IsTrue(false, "Exception: " + ex.Message);
allPassed = false;
}
CmTestLog.End(allPassed);
return(allPassed);
}
