/// <summary>
/// The create weekly schedule options.
/// </summary>
/// <param name="schedule">
/// The schedule.
/// </param>
/// <returns>
/// The <see cref="WeeklyScheduleOptions"/>.
/// </returns>
private WeeklyScheduleOptions CreateWeeklyScheduleOptions(Microsoft.Azure.Management.Automation.Models.Schedule schedule)
{
return(schedule.Properties.AdvancedSchedule == null
? null
: new WeeklyScheduleOptions()
{
DaysOfWeek = schedule.Properties.AdvancedSchedule.WeekDays
});
}
/// <summary>
/// Initializes a new instance of the ScheduleCreateParameters class
/// with required arguments.
/// </summary>
public ScheduleCreateParameters(Schedule schedule)
: this()
{
if (schedule == null)
{
throw new ArgumentNullException("schedule");
}
this.Schedule = schedule;
}
internal SoftwareUpdateConfiguration(string resourceGroupName, string automationAccountName, Sdk.SoftwareUpdateConfiguration suc)
{
this.ResourceGroupName = resourceGroupName;
this.AutomationAccountName = automationAccountName;
this.CreationTime = suc.CreationTime;
this.Description = suc.ScheduleInfo.Description;
this.ErrorInfo = suc.Error == null ? null : new ErrorInfo
{
Code = suc.Error.Code,
Message = suc.Error.Message
};
this.LastModifiedTime = suc.LastModifiedTime;
this.Name = suc.Name;
this.ProvisioningState = suc.ProvisioningState;
var schedule = new Sdk.Schedule
{
CreationTime = suc.ScheduleInfo.CreationTime,
Description = suc.ScheduleInfo.Description,
ExpiryTime = suc.ScheduleInfo.ExpiryTime,
ExpiryTimeOffsetMinutes = suc.ScheduleInfo.ExpiryTimeOffsetMinutes,
Frequency = suc.ScheduleInfo.Frequency,
Interval = suc.ScheduleInfo.Interval,
IsEnabled = suc.ScheduleInfo.IsEnabled,
LastModifiedTime = suc.ScheduleInfo.LastModifiedTime,
AdvancedSchedule = suc.ScheduleInfo.AdvancedSchedule,
StartTime = suc.ScheduleInfo.StartTime,
TimeZone = suc.ScheduleInfo.TimeZone,
NextRun = suc.ScheduleInfo.NextRun,
NextRunOffsetMinutes = suc.ScheduleInfo.NextRunOffsetMinutes
};
this.ScheduleConfiguration = new Schedule(resourceGroupName, automationAccountName, schedule);
this.UpdateConfiguration = new UpdateConfiguration
{
OperatingSystem = (OperatingSystemType)suc.UpdateConfiguration.OperatingSystem,
AzureVirtualMachines = suc.UpdateConfiguration.AzureVirtualMachines,
NonAzureComputers = suc.UpdateConfiguration.NonAzureComputerNames,
Duration = suc.UpdateConfiguration.Duration,
Linux = suc.UpdateConfiguration.OperatingSystem == Sdk.OperatingSystemType.Windows ? null :
new LinuxConfiguration
{
IncludedPackageClassifications = StringToEnumList <LinuxPackageClasses>(suc.UpdateConfiguration.Linux.IncludedPackageClassifications),
IncludedPackageNameMasks = suc.UpdateConfiguration.Linux.IncludedPackageNameMasks,
ExcludedPackageNameMasks = suc.UpdateConfiguration.Linux.ExcludedPackageNameMasks
},
Windows = suc.UpdateConfiguration.OperatingSystem == Sdk.OperatingSystemType.Linux ? null :
new WindowsConfiguration
{
IncludedUpdateClassifications = StringToEnumList <WindowsUpdateClasses>(suc.UpdateConfiguration.Windows.IncludedUpdateClassifications),
IncludedKbNumbers = suc.UpdateConfiguration.Windows.IncludedKbNumbers,
ExcludedKbNumbers = suc.UpdateConfiguration.Windows.ExcludedKbNumbers
}
};
}
/// <summary>
/// The create monthly schedule options.
/// </summary>
/// <param name="schedule">
/// The schedule.
/// </param>
/// <returns>
/// The <see cref="MonthlyScheduleOptions"/>.
/// </returns>
private MonthlyScheduleOptions CreateMonthlyScheduleOptions(
Microsoft.Azure.Management.Automation.Models.Schedule schedule)
{
return(schedule.Properties.AdvancedSchedule == null ||
(schedule.Properties.AdvancedSchedule.MonthDays == null && schedule.Properties.AdvancedSchedule.MonthlyOccurrences == null)
? null
: new MonthlyScheduleOptions()
{
DaysOfMonth = this.GetDaysOfMonth(schedule.Properties.AdvancedSchedule.MonthDays),
DayOfWeek = this.IsMonthlyOccurrenceNull(schedule.Properties.AdvancedSchedule)
? null
: new DayOfWeek()
{
Day = schedule.Properties.AdvancedSchedule.MonthlyOccurrences.First().Day,
Occurrence = this.GetDayOfWeekOccurrence(schedule.Properties.AdvancedSchedule.MonthlyOccurrences.First().Occurrence)
}
});
}
/// <summary>
/// The create monthly schedule options.
/// </summary>
/// <param name="schedule">
/// The schedule.
/// </param>
/// <returns>
/// The <see cref="MonthlyScheduleOptions"/>.
/// </returns>
private MonthlyScheduleOptions CreateMonthlyScheduleOptions(
Microsoft.Azure.Management.Automation.Models.Schedule schedule)
{
return(CreateMonthlyScheduleOptions(schedule.AdvancedSchedule));
}
internal SoftwareUpdateConfiguration(string resourceGroupName, string automationAccountName, Sdk.SoftwareUpdateConfiguration suc)
{
this.ResourceGroupName = resourceGroupName;
this.AutomationAccountName = automationAccountName;
this.CreationTime = suc.CreationTime;
this.Description = suc.ScheduleInfo.Description;
this.ErrorInfo = suc.Error == null ? null : new ErrorInfo
{
Code = suc.Error.Code,
Message = suc.Error.Message
};
this.LastModifiedTime = suc.LastModifiedTime;
this.Name = suc.Name;
this.ProvisioningState = suc.ProvisioningState;
var schedule = new Sdk.Schedule
{
CreationTime = suc.ScheduleInfo.CreationTime,
Description = suc.ScheduleInfo.Description,
ExpiryTime = suc.ScheduleInfo.ExpiryTime,
ExpiryTimeOffsetMinutes = suc.ScheduleInfo.ExpiryTimeOffsetMinutes,
Frequency = suc.ScheduleInfo.Frequency,
Interval = suc.ScheduleInfo.Interval,
IsEnabled = suc.ScheduleInfo.IsEnabled,
LastModifiedTime = suc.ScheduleInfo.LastModifiedTime,
AdvancedSchedule = suc.ScheduleInfo.AdvancedSchedule,
StartTime = suc.ScheduleInfo.StartTime,
TimeZone = suc.ScheduleInfo.TimeZone,
NextRun = suc.ScheduleInfo.NextRun,
NextRunOffsetMinutes = suc.ScheduleInfo.NextRunOffsetMinutes
};
this.Tasks = suc.Tasks != null ? new Tasks
{
PreTask = suc.Tasks.PreTask != null ? new Task {
source = suc.Tasks.PreTask.Source, parameters = suc.Tasks.PreTask.Parameters
} : null,
PostTask = suc.Tasks.PostTask != null ? new Task {
source = suc.Tasks.PostTask.Source, parameters = suc.Tasks.PostTask.Parameters
} : null
} : null;
IList <AzureQueryProperties> azureQueries = null;
if (suc.UpdateConfiguration != null && suc.UpdateConfiguration.Targets != null && suc.UpdateConfiguration.Targets.AzureQueries != null)
{
azureQueries = new List <AzureQueryProperties>();
foreach (var query in suc.UpdateConfiguration.Targets.AzureQueries)
{
var tags = new Dictionary <string, List <string> >();
if (query != null && query.TagSettings != null && query.TagSettings.Tags != null)
{
foreach (var tag in query.TagSettings.Tags)
{
tags.Add(tag.Key, new List <string>(tag.Value));
}
}
var azureQueryProperty = new AzureQueryProperties
{
Locations = (query == null || query.Locations == null) ? null : query.Locations.ToArray(),
Scope = (query == null || query.Scope == null) ? null : query.Scope.ToArray(),
TagSettings = (query == null || query.TagSettings == null) ? null : new TagSettings
{
Tags = query.TagSettings.Tags == null ? null : tags,
FilterOperator = query.TagSettings.FilterOperator == null ? TagOperators.Any : (TagOperators)query.TagSettings.FilterOperator
}
};
azureQueries.Add(azureQueryProperty);
}
}
IList <NonAzureQueryProperties> nonAzureQueries = null;
if (suc.UpdateConfiguration != null && suc.UpdateConfiguration.Targets != null && suc.UpdateConfiguration.Targets.NonAzureQueries != null)
{
nonAzureQueries = new List <NonAzureQueryProperties>();
foreach (var query in suc.UpdateConfiguration.Targets.NonAzureQueries)
{
var nonAzureQuery = new NonAzureQueryProperties
{
FunctionAlias = query.FunctionAlias,
WorkspaceResourceId = query.WorkspaceId
};
nonAzureQueries.Add(nonAzureQuery);
}
}
var updateTarget = suc.UpdateConfiguration.Targets == null
? null
: new UpdateTargets
{
AzureQueries = azureQueries,
NonAzureQueries = nonAzureQueries
};
this.ScheduleConfiguration = new Schedule(resourceGroupName, automationAccountName, schedule);
this.UpdateConfiguration = new UpdateConfiguration
{
OperatingSystem = (OperatingSystemType)suc.UpdateConfiguration.OperatingSystem,
AzureVirtualMachines = suc.UpdateConfiguration.AzureVirtualMachines,
NonAzureComputers = suc.UpdateConfiguration.NonAzureComputerNames,
Targets = updateTarget,
Duration = suc.UpdateConfiguration.Duration,
Linux = suc.UpdateConfiguration.OperatingSystem == Sdk.OperatingSystemType.Windows ? null :
new LinuxConfiguration
{
IncludedPackageClassifications = StringToEnumList <LinuxPackageClasses>(suc.UpdateConfiguration.Linux.IncludedPackageClassifications),
IncludedPackageNameMasks = suc.UpdateConfiguration.Linux.IncludedPackageNameMasks,
ExcludedPackageNameMasks = suc.UpdateConfiguration.Linux.ExcludedPackageNameMasks,
rebootSetting = (RebootSetting)Enum.Parse(typeof(RebootSetting), suc.UpdateConfiguration.Linux.RebootSetting, true)
},
Windows = suc.UpdateConfiguration.OperatingSystem == Sdk.OperatingSystemType.Linux ? null :
new WindowsConfiguration
{
IncludedUpdateClassifications = StringToEnumList <WindowsUpdateClasses>(suc.UpdateConfiguration.Windows.IncludedUpdateClassifications),
IncludedKbNumbers = suc.UpdateConfiguration.Windows.IncludedKbNumbers,
ExcludedKbNumbers = suc.UpdateConfiguration.Windows.ExcludedKbNumbers,
rebootSetting = (RebootSetting)Enum.Parse(typeof(RebootSetting), suc.UpdateConfiguration.Windows.RebootSetting, true)
}
};
}
public void UpdateSchedule(Schedule schedule)
{
AutomationClient.Schedules.Patch(resourceGroup, automationAccount, new SchedulePatchParameters
{
Name = schedule.Name,
Properties = new SchedulePatchProperties
{
IsEnabled = schedule.Properties.IsEnabled,
Description = schedule.Properties.Description
}
});
}