protected override List <ActivityImplementationContext> GetImplementation(NativeActivityContext context)
{
string[] computernames = PSComputerName.Get(context);
string[] connectionUris = PSConnectionUri.Get(context);
PSSessionOption sessionOptions = PSSessionOption.Get(context);
List <ActivityImplementationContext> commands = new List <ActivityImplementationContext>();
// Configure the remote connectivity options
RemotingBehavior remotingBehavior = PSRemotingBehavior.Get(context);
if (PSRemotingBehavior.Expression == null)
{
remotingBehavior = RemotingBehavior.PowerShell;
}
// If they've specified the 'Custom' remoting behavior, ensure the activity
// supports it.
if ((remotingBehavior == RemotingBehavior.Custom) && (!SupportsCustomRemoting))
{
throw new ArgumentException(Resources.CustomRemotingNotSupported);
}
if (PSCredential.Get(context) != null && PSAuthentication.Get(context) == AuthenticationMechanism.NegotiateWithImplicitCredential)
{
throw new ArgumentException(Resources.CredentialParameterCannotBeSpecifiedWithNegotiateWithImplicitAuthentication);
}
// we need connection info to be populated even for the custom remoting case.
// This is because the ComputerName is picked up from the connection info field
if ((remotingBehavior == RemotingBehavior.PowerShell || (IsActivityInlineScript(this) && RunWithCustomRemoting(context))) &&
(GetIsComputerNameSpecified(context) || (connectionUris != null && connectionUris.Length > 0)))
{
List <WSManConnectionInfo> connectionInfo = ActivityUtils.GetConnectionInfo(
computernames,
connectionUris, PSCertificateThumbprint.Get(context), PSConfigurationName.Get(context),
PSUseSsl.Get(context), PSPort.Get(context), PSApplicationName.Get(context),
PSCredential.Get(context), PSAuthentication.Get(context).GetValueOrDefault(AuthenticationMechanism.Default),
PSAllowRedirection.Get(context).GetValueOrDefault(false),
sessionOptions);
foreach (WSManConnectionInfo connection in connectionInfo)
{
CreatePowerShellInstance(context, connection, commands);
}
}
// Configure the local invocation options
else
{
CreatePowerShellInstance(context, null, commands);
}
return(commands);
}
protected override List <ActivityImplementationContext> GetImplementation(NativeActivityContext context)
{
bool needRunspace = !typeof(GenericCimCmdletActivity).IsAssignableFrom(this.GetType());
string[] computernames = PSComputerName.Get(context);
CimSession[] sessions = this.CimSession.Get(context);
Uri resourceUri = null;
if (ResourceUri != null)
{
resourceUri = ResourceUri.Get(context);
}
List <ActivityImplementationContext> commands = new List <ActivityImplementationContext>();
// Configure the remote connectivity options...
if (computernames != null && computernames.Length > 0)
{
WSManSessionOptions sessionOptions = new WSManSessionOptions();
// Set a timeout on the connection...
uint?timeout = PSActionRunningTimeoutSec.Get(context);
if (timeout.HasValue)
{
sessionOptions.Timeout = TimeSpan.FromSeconds((double)(timeout.Value));
}
// See if we should use SSL or not...
bool?useSsl = PSUseSsl.Get(context);
bool sessionOptionUseSsl = false;
if (useSsl.HasValue)
{
sessionOptions.UseSsl = useSsl.Value;
sessionOptionUseSsl = useSsl.Value;
}
// Set the port to use
uint?port = PSPort.Get(context);
uint sessionOptionPort = 0;
if (port.HasValue)
{
sessionOptions.DestinationPort = port.Value;
sessionOptionPort = port.Value;
}
// Map over options from PSSessionConfig to WSManSessionOptions
PSSessionOption pso = PSSessionOption.Get(context);
if (pso != null)
{
sessionOptions.NoEncryption = pso.NoEncryption;
sessionOptions.CertCACheck = pso.SkipCACheck;
sessionOptions.CertCNCheck = pso.SkipCNCheck;
sessionOptions.CertRevocationCheck = pso.SkipRevocationCheck;
if (pso.UseUTF16)
{
sessionOptions.PacketEncoding = PacketEncoding.Utf16;
}
if (pso.Culture != null)
{
sessionOptions.Culture = pso.Culture;
}
if (pso.UICulture != null)
{
sessionOptions.UICulture = pso.UICulture;
}
if (pso.ProxyCredential != null)
{
string[] parts = pso.ProxyCredential.UserName.Split('\\');
string domain, userid;
if (parts.Length < 2)
{
domain = string.Empty;
userid = parts[0];
}
else
{
domain = parts[0];
userid = parts[1];
}
sessionOptions.AddProxyCredentials(
new CimCredential(ConvertPSAuthenticationMechanismToCimPasswordAuthenticationMechanism(pso.ProxyAuthentication),
domain, userid, pso.ProxyCredential.Password));
}
switch (pso.ProxyAccessType)
{
case ProxyAccessType.WinHttpConfig:
sessionOptions.ProxyType = ProxyType.WinHttp;
break;
case ProxyAccessType.AutoDetect:
sessionOptions.ProxyType = ProxyType.Auto;
break;
case ProxyAccessType.IEConfig:
sessionOptions.ProxyType = ProxyType.InternetExplorer;
break;
}
}
PSCredential pscreds = PSCredential.Get(context);
string certificateThumbprint = PSCertificateThumbprint.Get(context);
if (pscreds != null && certificateThumbprint != null)
{
throw new ArgumentException(Resources.CredentialParameterCannotBeSpecifiedWithPSCertificateThumbPrint);
}
PasswordAuthenticationMechanism passwordAuthenticationMechanism = PasswordAuthenticationMechanism.Default;
AuthenticationMechanism? authenticationMechanism = PSAuthentication.Get(context);
if (authenticationMechanism.HasValue)
{
passwordAuthenticationMechanism = ConvertPSAuthenticationMechanismToCimPasswordAuthenticationMechanism(authenticationMechanism.Value);
}
if (certificateThumbprint != null)
{
sessionOptions.AddDestinationCredentials(new CimCredential(CertificateAuthenticationMechanism.Default, certificateThumbprint));
}
if (pscreds != null)
{
string[] parts = pscreds.UserName.Split('\\');
string domain, userid;
if (parts.Length < 2)
{
domain = string.Empty;
userid = parts[0];
}
else
{
domain = parts[0];
userid = parts[1];
}
sessionOptions.AddDestinationCredentials(new CimCredential(passwordAuthenticationMechanism, domain, userid, pscreds.Password));
}
// Create the PowerShell instance, and add the script to it.
if (sessions != null && sessions.Length > 0)
{
foreach (CimSession session in sessions)
{
ActivityImplementationContext configuredCommand = GetPowerShell(context);
CimActivityImplementationContext activityImplementationContext =
new CimActivityImplementationContext(
configuredCommand,
session.ComputerName,
pscreds,
certificateThumbprint,
authenticationMechanism,
sessionOptionUseSsl,
sessionOptionPort,
pso,
session,
sessionOptions,
ModuleDefinition,
resourceUri);
commands.Add(activityImplementationContext);
//if (needRunspace)
// GetRunspaceForCimCmdlet(context, activityImplementationContext);
}
}
else if (this.PSCommandName.Equals("CimCmdlets\\New-CimSession", StringComparison.OrdinalIgnoreCase))
{
// NewCimSession activity is a special one as it creates the required sessions based on number of computers specified in one go.
ActivityImplementationContext baseContext = GetPowerShell(context);
CimActivityImplementationContext activityImplementationContext =
new CimActivityImplementationContext(baseContext,
null, // ComputerName
pscreds,
certificateThumbprint,
authenticationMechanism,
sessionOptionUseSsl,
sessionOptionPort,
pso,
null, // session
sessionOptions,
ModuleDefinition,
resourceUri);
commands.Add(activityImplementationContext);
}
else
{
foreach (string computer in computernames)
{
ActivityImplementationContext baseContext = GetPowerShell(context);
CimActivityImplementationContext activityImplementationContext =
new CimActivityImplementationContext(baseContext,
computer,
pscreds,
certificateThumbprint,
authenticationMechanism,
sessionOptionUseSsl,
sessionOptionPort,
pso,
null, // session
sessionOptions,
ModuleDefinition,
resourceUri);
commands.Add(activityImplementationContext);
}
}
}
// Configure the local invocation options
else
{
// Create the PowerShell instance, and add the script to it.
ActivityImplementationContext baseContext = GetPowerShell(context);
CimActivityImplementationContext activityImplementationContext =
new CimActivityImplementationContext(baseContext,
null, // ComputerName
null, // Credential
null, // CertificateThumbprint
AuthenticationMechanism.Default,
false, // UseSsl
0, // Port
null, // PSSessionOption
null, // Session
null, // CimSessionOptions
ModuleDefinition,
resourceUri);
commands.Add(activityImplementationContext);
}
return(commands);
}