private void btnAddRequirement_Click(object sender, EventArgs e)
{
this.SetNamedScopeForSCCMRequest();
////retrieve the global condition to be associated by name
WqlQueryResultsObject results = this.sccmConnection.QueryProcessor.ExecuteQuery(string.Format("SELECT * FROM SMS_GlobalCondition Where LocalizedDisplayName = '{0}'", cmbConditions.Items[cmbConditions.SelectedIndex])) as WqlQueryResultsObject;
IResultObject result = null;
foreach (IResultObject item in results)
{
result = item;
break;
}
////retrieve the application to add the global condition onto be name
sccm.Application application = GetApplicationFromName(txtSCCMApplicationName.Text);
if (result != null && application != null && application.DeploymentTypes.Any())
{
////need to get all the information for the result otherwise the call to the dcmobjectwrapper wont work
result.Get();
////Get the full id from the property of the result object
string ciuniqueid = result.PropertyList["CI_UniqueID"];
////It will contain the scope and ID which, both of which are needed seperately so split them on their seperator
string[] ids = ciuniqueid.Split("/".ToCharArray());
string scope = ids[0];
string id = ids[1];
////wrap up the wmi object in a wrapper object so it is possible to read out particular seetings
DcmObjectWrapper dcmwrapper = DcmObjectWrapper.WrapExistingConfigurationItem(result) as DcmObjectWrapper;
ComplexSetting complexsettings = dcmwrapper.InnerConfigurationItem.Settings;
string name = complexsettings.ChildSimpleSettings[0].LogicalName;
////create the operands object which will set up ther comparison information
CustomCollection <ExpressionBase> operands = new CustomCollection <ExpressionBase>();
////Add the reference information to the global setting - note the assumption it is a string (this could also be read out of the object above)
GlobalSettingReference setting = new GlobalSettingReference(scope, id, ScalarDataType.String, name, ConfigurationItemSettingSourceType.CIM);
setting.SettingSourceType = ConfigurationItemSettingSourceType.Registry;
setting.MethodType = ConfigurationItemSettingMethodType.Value;
////add the value into the value for the registry entry, note this example just focuses on string registry settings
ConstantValue value = new ConstantValue(txtRequirementValue.Text, ScalarDataType.String);
operands.Add(setting);
operands.Add(value);
////for this example this requirement will check to see if something is of a particular value
Expression exp = new Expression(ExpressionOperator.IsEquals, operands);
////Create a rule to add to the deplyment types requirement list
Microsoft.SystemsManagementServer.DesiredConfigurationManagement.Rules.Rule rule = new Microsoft.SystemsManagementServer.DesiredConfigurationManagement.Rules.Rule("Rule_" + Guid.NewGuid().ToString("B").Replace("{", string.Empty).Replace("}", string.Empty), Microsoft.SystemsManagementServer.DesiredConfigurationManagement.Rules.NoncomplianceSeverity.None, null, exp);
application.DeploymentTypes[0].Requirements.Add(rule);
////save the changes back to SCCM
SaveApplication(application);
}
}
public Form1()
{
InitializeComponent();
////connect to sccm
this.sccmConnection.Connect(Environment.MachineName);
////retrieve the current applications and add them to the supersedence/dependency drop downs
string wmiQuery = "SELECT * FROM SMS_Application WHERE SMS_APPLICATION.IsLatest = 1";
WqlQueryResultsObject applicationResults = this.sccmConnection.QueryProcessor.ExecuteQuery(wmiQuery) as WqlQueryResultsObject;
foreach (WqlResultObject appReference in applicationResults)
{
this.cmbSuperseded.Items.Add(appReference["LocalizedDisplayName"].StringValue);
this.cmbDependency.Items.Add(appReference["LocalizedDisplayName"].StringValue);
}
////get the global conditions and them to the global conditions drop down
string condtionQuery = string.Format("SELECT * FROM SMS_GlobalCondition");
WqlQueryResultsObject queryResults = this.sccmConnection.QueryProcessor.ExecuteQuery(condtionQuery) as WqlQueryResultsObject;
foreach (IResultObject condition in queryResults)
{
////retireve the lazy properties from the global condition
condition.Get();
////load into wrapper objects so we can read out the properties in more detail
DcmObjectWrapper wraper = DcmObjectWrapper.WrapExistingConfigurationItem(condition) as DcmObjectWrapper;
ComplexSetting conditionSettings = wraper.InnerConfigurationItem.Settings;
if (conditionSettings.ChildSimpleSettings.Any())
{
////if the condition contains simplechild settings assume this is a registry setting
RegistrySetting registrySetting = conditionSettings.ChildSimpleSettings[0] as RegistrySetting;
if (registrySetting != null)
{
ScalarDataType type = registrySetting.SettingDataType as ScalarDataType;
////only add string based registry conditions
if (type == ScalarDataType.String)
{
this.cmbConditions.Items.Add(registrySetting.Name);
}
}
}
}
////get the available distribution point groups and add them to the drop down
string dpgQuery = "Select * From SMS_DistributionPointGroup";
WqlQueryResultsObject dpgs = this.sccmConnection.QueryProcessor.ExecuteQuery(dpgQuery) as WqlQueryResultsObject;
foreach (WqlResultObject dpg in dpgs)
{
this.cmbDPGNames.Items.Add(dpg["Name"].StringValue);
}
////get a list of the avialable collections
string collectionQuery = "SELECT * FROM SMS_Collection";
WqlQueryResultsObject collections = this.sccmConnection.QueryProcessor.ExecuteQuery(collectionQuery) as WqlQueryResultsObject;
foreach (WqlResultObject collection in collections)
{
this.cmbCollection.Items.Add(collection.PropertyList["Name"]);
}
if (this.cmbSuperseded.Items.Count > 0)
{
this.cmbSuperseded.SelectedIndex = 0;
this.cmbDependency.SelectedIndex = 0;
}
if (this.cmbConditions.Items.Count > 0)
{
this.cmbConditions.SelectedIndex = 0;
}
if (this.cmbDPGNames.Items.Count > 0)
{
this.cmbDPGNames.SelectedIndex = 0;
}
if (this.cmbCollection.Items.Count > 0)
{
this.cmbCollection.SelectedIndex = 0;
}
}
