internal static RepairSteps CreateInstance()
{
RepairSteps repairSteps = new RepairSteps();
repairSteps.Initialize(NullOpRumInfo.CreateInstance(), new Dictionary <ExDateTime, RumInfo>());
return(repairSteps);
}
internal static MeetingComparisonResult CreateInstance(UserObject attendee, MeetingData meeting)
{
return(new MeetingComparisonResult
{
CheckResultList = new List <ConsistencyCheckResult>(),
RepairInfo = RepairSteps.CreateInstance(),
AttendeePrimarySmtpAddress = ((attendee.ExchangePrincipal == null) ? attendee.EmailAddress : attendee.ExchangePrincipal.MailboxInfo.PrimarySmtpAddress.ToString()),
Meeting = meeting
});
}
internal void Merge(RepairSteps stepsToMerge)
{
if (stepsToMerge == null)
{
throw new ArgumentNullException("stepsToMerge");
}
this.MasterRum = RumInfo.Merge(this.MasterRum, stepsToMerge.MasterRum);
foreach (RumInfo rum in stepsToMerge.OccurrenceRums.Values)
{
this.AddOccurrenceRum(rum);
}
}
private void Initialize(ConsistencyCheckType checkType, string checkDescription, CheckStatusType status, List <Inconsistency> inconsistencies)
{
this.CheckDescription = checkDescription;
this.CheckType = checkType;
this.status = status;
this.RepairInfo = RepairSteps.CreateInstance();
this.Inconsistencies = inconsistencies;
this.Severity = SeverityType.Information;
this.timestamp = DateTime.UtcNow;
this.comparedRecurrenceBlobs = false;
this.recurrenceBlobComparison = false;
this.meetingOverlap = int.MinValue;
this.responseStatus = int.MinValue;
this.replyTime = DateTime.MinValue;
this.fbStatus = int.MinValue;
this.ShouldBeReported = false;
}