public void VirtualNetworkRulesCRUDTest()
{
using (var context = MockContext.Start(this.GetType()))
{
commonData = new CommonTestFixture(context);
var clientToUse = this.GetDataLakeStoreAccountManagementClient(context);
// Create an account with virtual network rules.
var adlsAccountName = TestUtilities.GenerateName("adlsacct");
var vNetRuleName1 = TestUtilities.GenerateName("vnetrule1");
var subnetId = "/subscriptions/9e1f0ab2-2f85-49de-9677-9da6f829b914/resourceGroups/lewu-rg/providers/Microsoft.Network/virtualNetworks/lewuVNET/subnets/default";
var responseCreate =
clientToUse.Accounts.Create(
resourceGroupName: commonData.ResourceGroupName,
accountName: adlsAccountName,
parameters: new CreateDataLakeStoreAccountParameters
{
Location = commonData.Location,
VirtualNetworkRules = new List <CreateVirtualNetworkRuleWithAccountParameters>
{
new CreateVirtualNetworkRuleWithAccountParameters
{
Name = vNetRuleName1,
SubnetId = subnetId
}
},
FirewallState = FirewallState.Enabled,
FirewallAllowAzureIps = FirewallAllowAzureIpsState.Enabled
}
);
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseCreate.ProvisioningState);
// Get the account and ensure that all the values are properly set.
var responseGet =
clientToUse.Accounts.Get(
commonData.ResourceGroupName,
adlsAccountName
);
// Validate the account creation process
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseGet.ProvisioningState);
Assert.NotNull(responseCreate.Id);
Assert.NotNull(responseGet.Id);
Assert.Contains(adlsAccountName, responseGet.Id);
Assert.Contains(adlsAccountName, responseGet.Endpoint);
Assert.Equal(commonData.Location, responseGet.Location);
Assert.Equal(adlsAccountName, responseGet.Name);
Assert.Equal("Microsoft.DataLakeStore/accounts", responseGet.Type);
// Validate firewall state
Assert.Equal(FirewallState.Enabled, responseGet.FirewallState);
Assert.True(responseGet.FirewallRules.Count() == 0);
Assert.Equal(FirewallAllowAzureIpsState.Enabled, responseGet.FirewallAllowAzureIps);
// Validate virtual network state
Assert.True(responseGet.VirtualNetworkRules.Count() == 1);
Assert.Equal(vNetRuleName1, responseGet.VirtualNetworkRules[0].Name);
Assert.Equal(subnetId, responseGet.VirtualNetworkRules[0].SubnetId);
var vnetRule = clientToUse.VirtualNetworkRules.Get(
commonData.ResourceGroupName,
adlsAccountName,
vNetRuleName1
);
Assert.Equal(vNetRuleName1, vnetRule.Name);
Assert.Equal(subnetId, vnetRule.SubnetId);
var updatedSubnetId = "/subscriptions/9e1f0ab2-2f85-49de-9677-9da6f829b914/resourceGroups/lewu-rg/providers/Microsoft.Network/virtualNetworks/lewuVNET/subnets/updatedSubnetId";
//update the virtual network rule to change the subnetId
vnetRule = clientToUse.VirtualNetworkRules.CreateOrUpdate(
commonData.ResourceGroupName,
adlsAccountName,
vNetRuleName1,
new CreateOrUpdateVirtualNetworkRuleParameters
{
SubnetId = updatedSubnetId,
}
);
Assert.Equal(updatedSubnetId, vnetRule.SubnetId);
// Remove the virtual network rule and verify it is gone
clientToUse.VirtualNetworkRules.Delete(
commonData.ResourceGroupName,
adlsAccountName,
vNetRuleName1
);
try
{
vnetRule =
clientToUse.VirtualNetworkRules.Get(
commonData.ResourceGroupName,
adlsAccountName,
vNetRuleName1
);
Assert.True(false, "Attempting to retrieve a deleted vNet rule did not throw.");
}
catch (CloudException e)
{
Assert.Equal(HttpStatusCode.NotFound, e.Response.StatusCode);
}
}
}
public void AccountCRUDTest()
{
using (var context = MockContext.Start(this.GetType()))
{
commonData = new CommonTestFixture(context);
var clientToUse = this.GetDataLakeStoreAccountManagementClient(context);
// Ensure that the account name is available
var checkNameParam = new CheckNameAvailabilityParameters
{
Name = commonData.DataLakeStoreAccountName
};
var responseNameCheck =
clientToUse.Accounts.CheckNameAvailability(
commonData.Location.Replace(" ", ""),
checkNameParam
);
Assert.True(responseNameCheck.NameAvailable);
// Create a test account
var responseCreate =
clientToUse.Accounts.Create(
resourceGroupName: commonData.ResourceGroupName,
accountName: commonData.DataLakeStoreAccountName,
parameters: new CreateDataLakeStoreAccountParameters
{
Location = commonData.Location,
Tags = new Dictionary <string, string>
{
{ "testkey", "testvalue" }
},
Identity = new EncryptionIdentity(),
EncryptionConfig = new EncryptionConfig
{
Type = EncryptionConfigType.ServiceManaged
},
EncryptionState = EncryptionState.Enabled,
NewTier = TierType.Commitment1TB
}
);
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseCreate.ProvisioningState);
// Verify that the account name is no longer available
responseNameCheck =
clientToUse.Accounts.CheckNameAvailability(
commonData.Location.Replace(" ", ""),
checkNameParam
);
Assert.False(responseNameCheck.NameAvailable);
// Get the account and ensure that all the values are properly set.
var responseGet =
clientToUse.Accounts.Get(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName
);
// Validate the account creation process
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseGet.ProvisioningState);
Assert.NotNull(responseCreate.Id);
Assert.NotNull(responseGet.Id);
Assert.Contains(commonData.DataLakeStoreAccountName, responseGet.Id);
Assert.Contains(commonData.DataLakeStoreAccountName, responseGet.Endpoint);
Assert.Equal(commonData.Location, responseGet.Location);
Assert.Equal(commonData.DataLakeStoreAccountName, responseGet.Name);
Assert.Equal("Microsoft.DataLakeStore/accounts", responseGet.Type);
Assert.Equal(TierType.Commitment1TB, responseGet.CurrentTier);
Assert.Equal(TierType.Commitment1TB, responseGet.NewTier);
// Wait for provisioning state to be Succeeded
// We will wait a maximum of 15 minutes for this to happen and then report failures
int timeToWaitInMinutes = 15;
int minutesWaited = 0;
while (responseGet.ProvisioningState != DataLakeStoreAccountStatus.Succeeded &&
responseGet.ProvisioningState != DataLakeStoreAccountStatus.Failed &&
minutesWaited <= timeToWaitInMinutes)
{
TestUtilities.Wait(60000); // Wait for one minute and then go again.
minutesWaited++;
responseGet =
clientToUse.Accounts.Get(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName
);
}
// Confirm that the account creation did succeed
Assert.True(responseGet.ProvisioningState == DataLakeStoreAccountStatus.Succeeded);
// Validate the encryption state is set
Assert.Equal(EncryptionState.Enabled, responseGet.EncryptionState.GetValueOrDefault());
Assert.True(responseGet.Identity.PrincipalId.HasValue);
Assert.True(responseGet.Identity.TenantId.HasValue);
Assert.Equal(EncryptionConfigType.ServiceManaged, responseGet.EncryptionConfig.Type);
// Update the account and confirm the updates make it in.
var responseUpdate =
clientToUse.Accounts.Update(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName,
new UpdateDataLakeStoreAccountParameters
{
Tags = new Dictionary <string, string>
{
{ "updatedKey", "updatedValue" }
},
NewTier = TierType.Consumption
}
);
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseUpdate.ProvisioningState);
var responseUpdateGet =
clientToUse.Accounts.Get(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName
);
Assert.NotNull(responseUpdate.Id);
Assert.Contains(responseGet.Id, responseUpdateGet.Id);
Assert.Equal(responseGet.Location, responseUpdateGet.Location);
Assert.Equal(responseGet.Name, responseUpdateGet.Name);
Assert.Equal(responseGet.Type, responseUpdateGet.Type);
// Verify the new tags. NOTE: sequence equal is not ideal if we have more than 1 tag, since the ordering can change.
Assert.True(responseUpdateGet.Tags.Count == 1);
Assert.True(responseUpdateGet.Tags.ContainsKey("updatedKey"));
Assert.True(responseUpdateGet.Tags.Values.Contains("updatedValue"));
Assert.Equal(TierType.Commitment1TB, responseUpdateGet.CurrentTier);
Assert.Equal(TierType.Consumption, responseUpdateGet.NewTier);
// Create another account and ensure that list account returns both
clientToUse.Accounts.Create(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName + "acct2",
new CreateDataLakeStoreAccountParameters
{
Location = commonData.Location
}
);
var listResponse = clientToUse.Accounts.List();
// Assert that there are at least two accounts in the list
Assert.True(listResponse.Count() > 1);
// Now list by resource group:
listResponse =
clientToUse.Accounts.ListByResourceGroup(
commonData.ResourceGroupName
);
// Assert that there are at least two accounts in the list
Assert.True(listResponse.Count() > 1);
// Test that the account exists
Assert.True(
clientToUse.Accounts.Exists(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName + "acct2"
)
);
// Check that Locations_GetCapability and Operations_List are functional
var responseGetCapability =
clientToUse.Locations.GetCapability(
commonData.Location.Replace(" ", "")
);
Assert.NotNull(responseGetCapability);
var responseListOps = clientToUse.Operations.List();
Assert.NotNull(responseListOps);
// Delete the account and confirm that it is deleted.
clientToUse.Accounts.Delete(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName + "acct2"
);
// Delete the account again and make sure it continues to result in a succesful code.
clientToUse.Accounts.Delete(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName + "acct2"
);
// Delete the account with its old name, which should also succeed.
clientToUse.Accounts.Delete(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName
);
// Test that the account is gone
Assert.False(
clientToUse.Accounts.Exists(
commonData.ResourceGroupName,
commonData.DataLakeStoreAccountName + "acct2"
)
);
}
}
public void FirewallAndTrustedProviderCRUDTest()
{
using (var context = MockContext.Start(this.GetType()))
{
commonData = new CommonTestFixture(context);
var clientToUse = this.GetDataLakeStoreAccountManagementClient(context);
// Create a an account with trusted ID provider and firewall rules.
var adlsAccountName = TestUtilities.GenerateName("adlsacct");
var firewallRuleName1 = TestUtilities.GenerateName("firerule1");
var firewallStart = "127.0.0.1";
var firewallEnd = "127.0.0.2";
var trustedId = TestUtilities.GenerateGuid();
var trustedIdName = TestUtilities.GenerateName("trustedrule1");
var trustedUrl =
string.Format(
"https://sts.windows.net/{0}",
trustedId.ToString()
);
var responseCreate =
clientToUse.Accounts.Create(
resourceGroupName: commonData.ResourceGroupName,
accountName: adlsAccountName,
parameters: new CreateDataLakeStoreAccountParameters
{
Location = commonData.Location,
FirewallRules = new List <CreateFirewallRuleWithAccountParameters>
{
new CreateFirewallRuleWithAccountParameters
{
Name = firewallRuleName1,
StartIpAddress = firewallStart,
EndIpAddress = firewallEnd
}
},
FirewallState = FirewallState.Enabled,
FirewallAllowAzureIps = FirewallAllowAzureIpsState.Enabled,
TrustedIdProviders = new List <CreateTrustedIdProviderWithAccountParameters>
{
new CreateTrustedIdProviderWithAccountParameters
{
Name = trustedIdName,
IdProvider = trustedUrl
}
},
TrustedIdProviderState = TrustedIdProviderState.Enabled
}
);
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseCreate.ProvisioningState);
// Get the account and ensure that all the values are properly set.
var responseGet =
clientToUse.Accounts.Get(
commonData.ResourceGroupName,
adlsAccountName
);
// Validate the account creation process
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseGet.ProvisioningState);
Assert.NotNull(responseCreate.Id);
Assert.NotNull(responseGet.Id);
Assert.Contains(adlsAccountName, responseGet.Id);
Assert.Contains(adlsAccountName, responseGet.Endpoint);
Assert.Equal(commonData.Location, responseGet.Location);
Assert.Equal(adlsAccountName, responseGet.Name);
Assert.Equal("Microsoft.DataLakeStore/accounts", responseGet.Type);
// Validate firewall state
Assert.Equal(FirewallState.Enabled, responseGet.FirewallState);
Assert.True(responseGet.FirewallRules.Count() == 1);
Assert.Equal(firewallStart, responseGet.FirewallRules[0].StartIpAddress);
Assert.Equal(firewallEnd, responseGet.FirewallRules[0].EndIpAddress);
Assert.Equal(firewallRuleName1, responseGet.FirewallRules[0].Name);
Assert.Equal(FirewallAllowAzureIpsState.Enabled, responseGet.FirewallAllowAzureIps);
// Validate trusted identity provider state
Assert.Equal(TrustedIdProviderState.Enabled, responseGet.TrustedIdProviderState);
Assert.True(responseGet.TrustedIdProviders.Count() == 1);
Assert.Equal(trustedUrl, responseGet.TrustedIdProviders[0].IdProvider);
Assert.Equal(trustedIdName, responseGet.TrustedIdProviders[0].Name);
// Test getting the specific firewall rules
var firewallRule =
clientToUse.FirewallRules.Get(
commonData.ResourceGroupName,
adlsAccountName,
firewallRuleName1
);
Assert.Equal(firewallStart, firewallRule.StartIpAddress);
Assert.Equal(firewallEnd, firewallRule.EndIpAddress);
Assert.Equal(firewallRuleName1, firewallRule.Name);
var updatedFirewallStart = "192.168.0.0";
var updatedFirewallEnd = "192.168.0.1";
// Update the firewall rule to change the start/end ip addresses
firewallRule =
clientToUse.FirewallRules.CreateOrUpdate(
commonData.ResourceGroupName,
adlsAccountName,
firewallRuleName1,
new CreateOrUpdateFirewallRuleParameters
{
StartIpAddress = updatedFirewallStart,
EndIpAddress = updatedFirewallEnd
}
);
Assert.Equal(updatedFirewallStart, firewallRule.StartIpAddress);
Assert.Equal(updatedFirewallEnd, firewallRule.EndIpAddress);
Assert.Equal(firewallRuleName1, firewallRule.Name);
// Just update the firewall rule start IP
firewallRule = clientToUse.FirewallRules.Update(
commonData.ResourceGroupName,
adlsAccountName,
firewallRuleName1,
new UpdateFirewallRuleParameters
{
StartIpAddress = firewallStart
}
);
Assert.Equal(firewallStart, firewallRule.StartIpAddress);
Assert.Equal(updatedFirewallEnd, firewallRule.EndIpAddress);
Assert.Equal(firewallRuleName1, firewallRule.Name);
// Remove the firewall rule and verify it is gone.
clientToUse.FirewallRules.Delete(
commonData.ResourceGroupName,
adlsAccountName,
firewallRuleName1
);
try
{
firewallRule =
clientToUse.FirewallRules.Get(
commonData.ResourceGroupName,
adlsAccountName,
firewallRuleName1
);
Assert.True(false, "Attempting to retrieve a deleted firewall rule did not throw.");
}
catch (CloudException e)
{
Assert.Equal(HttpStatusCode.NotFound, e.Response.StatusCode);
}
// Test getting the specific trusted identity provider
var trustedIdProvider =
clientToUse.TrustedIdProviders.Get(
commonData.ResourceGroupName,
adlsAccountName,
trustedIdName
);
Assert.Equal(trustedUrl, trustedIdProvider.IdProvider);
Assert.Equal(trustedIdName, trustedIdProvider.Name);
var updatedIdUrl =
string.Format(
"https://sts.windows.net/{0}",
TestUtilities.GenerateGuid().ToString()
);
// Update the trusted id provider
trustedIdProvider =
clientToUse.TrustedIdProviders.CreateOrUpdate(
commonData.ResourceGroupName,
adlsAccountName,
trustedIdName,
new CreateOrUpdateTrustedIdProviderParameters
{
IdProvider = updatedIdUrl
}
);
Assert.Equal(updatedIdUrl, trustedIdProvider.IdProvider);
Assert.Equal(trustedIdName, trustedIdProvider.Name);
// Update it with a patch
trustedIdProvider = clientToUse.TrustedIdProviders.Update(
commonData.ResourceGroupName,
adlsAccountName,
trustedIdName,
new UpdateTrustedIdProviderParameters
{
IdProvider = trustedUrl
}
);
Assert.Equal(trustedUrl, trustedIdProvider.IdProvider);
Assert.Equal(trustedIdName, trustedIdProvider.Name);
// Remove the firewall rule and verify it is gone.
clientToUse.TrustedIdProviders.Delete(
commonData.ResourceGroupName,
adlsAccountName,
trustedIdName
);
try
{
trustedIdProvider =
clientToUse.TrustedIdProviders.Get(
commonData.ResourceGroupName,
adlsAccountName,
trustedIdName
);
Assert.True(false, "Attempting to retrieve a deleted trusted identity provider did not throw.");
}
catch (CloudException e)
{
Assert.Equal(HttpStatusCode.NotFound, e.Response.StatusCode);
}
}
}
public void CreateGetUpdateDeleteTest()
{
using (var context = MockContext.Start(this.GetType().FullName))
{
commonData = new CommonTestFixture(context);
var clientToUse = this.GetDataLakeStoreAccountManagementClient(context);
// Create a test account
var responseCreate =
clientToUse.Account.Create(resourceGroupName: commonData.ResourceGroupName, name: commonData.DataLakeStoreAccountName,
parameters: new DataLakeStoreAccount
{
Name = commonData.DataLakeStoreAccountName,
Location = commonData.Location,
Tags = new Dictionary <string, string>
{
{ "testkey", "testvalue" }
},
Identity = new EncryptionIdentity
{
Type = EncryptionIdentityType.SystemAssigned
},
Properties = new DataLakeStoreAccountProperties
{
EncryptionConfig = new EncryptionConfig
{
Type = EncryptionConfigType.ServiceManaged
},
EncryptionState = EncryptionState.Enabled
}
});
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseCreate.Properties.ProvisioningState);
// get the account and ensure that all the values are properly set.
var responseGet = clientToUse.Account.Get(commonData.ResourceGroupName, commonData.DataLakeStoreAccountName);
// validate the account creation process
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, responseGet.Properties.ProvisioningState);
Assert.NotNull(responseCreate.Id);
Assert.NotNull(responseGet.Id);
Assert.Contains(commonData.DataLakeStoreAccountName, responseGet.Id);
Assert.Contains(commonData.DataLakeStoreAccountName, responseGet.Properties.Endpoint);
Assert.Equal(commonData.Location, responseGet.Location);
Assert.Equal(commonData.DataLakeStoreAccountName, responseGet.Name);
Assert.Equal("Microsoft.DataLakeStore/accounts", responseGet.Type);
// wait for provisioning state to be Succeeded
// we will wait a maximum of 15 minutes for this to happen and then report failures
int timeToWaitInMinutes = 15;
int minutesWaited = 0;
while (responseGet.Properties.ProvisioningState != DataLakeStoreAccountStatus.Succeeded && responseGet.Properties.ProvisioningState != DataLakeStoreAccountStatus.Failed && minutesWaited <= timeToWaitInMinutes)
{
TestUtilities.Wait(60000); // Wait for one minute and then go again.
minutesWaited++;
responseGet = clientToUse.Account.Get(commonData.ResourceGroupName, commonData.DataLakeStoreAccountName);
}
// Confirm that the account creation did succeed
Assert.True(responseGet.Properties.ProvisioningState == DataLakeStoreAccountStatus.Succeeded);
// Validate the encryption state is set
Assert.Equal(EncryptionState.Enabled, responseGet.Properties.EncryptionState.GetValueOrDefault());
Assert.Equal(EncryptionIdentityType.SystemAssigned, responseGet.Identity.Type.GetValueOrDefault());
Assert.True(responseGet.Identity.PrincipalId.HasValue);
Assert.True(responseGet.Identity.TenantId.HasValue);
Assert.Equal(EncryptionConfigType.ServiceManaged, responseGet.Properties.EncryptionConfig.Type.GetValueOrDefault());
// Update the account and confirm the updates make it in.
var newAccount = responseGet;
newAccount.Tags = new Dictionary <string, string>
{
{ "updatedKey", "updatedValue" }
};
var updateResponse = clientToUse.Account.Update(commonData.ResourceGroupName, commonData.DataLakeStoreAccountName,
new DataLakeStoreAccount
{
Name = newAccount.Name,
Tags = new Dictionary <string, string>
{
{ "updatedKey", "updatedValue" }
}
});
Assert.Equal(DataLakeStoreAccountStatus.Succeeded, updateResponse.Properties.ProvisioningState);
var updateResponseGet = clientToUse.Account.Get(commonData.ResourceGroupName, commonData.DataLakeStoreAccountName);
Assert.NotNull(updateResponse.Id);
Assert.Contains(responseGet.Id, updateResponseGet.Id);
Assert.Equal(responseGet.Location, updateResponseGet.Location);
Assert.Equal(newAccount.Name, updateResponseGet.Name);
Assert.Equal(responseGet.Type, updateResponseGet.Type);
// verify the new tags. NOTE: sequence equal is not ideal if we have more than 1 tag, since the ordering can change.
Assert.True(updateResponseGet.Tags.SequenceEqual(newAccount.Tags));
// Create another account and ensure that list account returns both
var accountToChange = updateResponseGet;
accountToChange.Name = accountToChange.Name + "acct2";
clientToUse.Account.Create(commonData.ResourceGroupName, accountToChange.Name, accountToChange);
var listResponse = clientToUse.Account.List();
// Assert that there are at least two accounts in the list
Assert.True(listResponse.Count() > 1);
// now list by resource group:
listResponse = clientToUse.Account.ListByResourceGroup(commonData.ResourceGroupName);
// Assert that there are at least two accounts in the list
Assert.True(listResponse.Count() > 1);
// test that the account exists
Assert.True(clientToUse.Account.Exists(commonData.ResourceGroupName, newAccount.Name));
// Delete the account and confirm that it is deleted.
clientToUse.Account.Delete(commonData.ResourceGroupName, newAccount.Name);
// delete the account again and make sure it continues to result in a succesful code.
clientToUse.Account.Delete(commonData.ResourceGroupName, newAccount.Name);
// delete the account with its old name, which should also succeed.
clientToUse.Account.Delete(commonData.ResourceGroupName, commonData.DataLakeStoreAccountName);
// test that the account is gone
Assert.False(clientToUse.Account.Exists(commonData.ResourceGroupName, newAccount.Name));
}
}
