public static DateTimeAndZone FromUtcAndTimeZoneId(DateTime utc, TimeZoneId timeZoneId)
{
if (utc.Kind == DateTimeKind.Local)
throw new ArgumentException("DateTime utc must be .Kind == DateTimeKind.Utc, not Local.", "utc");
return FromUtc(utc, TimeZoneIdMap.Current.FindSystemTimeZoneById(timeZoneId));
}
internal StockExchangeTimeZoneData(StockExchangeID p_stockExchangeID, CountryID p_countryID, TimeZoneId p_timeZoneID, TimeZoneInfo p_timeZoneInfo)
{
StockExchangeID = p_stockExchangeID;
CountryID = p_countryID;
TimeZoneID = p_timeZoneID;
TimeZoneInfo = p_timeZoneInfo;
}
protected string generalShortName(TimeZoneId tzId)
{
string standard = TimeZoneShortNameMap.Current.StandardNameForTimeZoneId(tzId);
string daylight = TimeZoneShortNameMap.Current.DaylightNameForTimeZoneId(tzId);
string general = standard + (daylight != null ? "/" + daylight : "");
return general;
}
/// <summary>
/// Returns a TimeZone object for a supplied time zone identifier.
/// </summary>
/// <param name="tzId">
/// Time zone identifier.
/// Currently the only supported time zone ID is Microsoft.SPOT.TimeZoneId.London.
/// </param>
/// <returns>a TimeZone object for the supplied time zone identifier.</returns>
/// <exception cref="NotImplementedException">
/// TimeZone identifier not supported.
/// The current implementation supports only Microsoft.SPOT.TimeZoneId.London.
/// </exception>
public static TimeZone Create(TimeZoneId tzId)
{
switch (tzId)
{
case TimeZoneId.London:
return new TimeZone_Uk();
default:
throw new NotImplementedException("Time zone not supported");
}
}
protected void mapTimeZoneIdAndShortName(TimeZoneId timeZoneId, string shortStandard, string shortDaylight)
{
shortNameToTimeZoneId.Add(shortStandard, timeZoneId);
timeZoneIdToStandardShortName.Add(timeZoneId, shortStandard);
if (shortDaylight != null)
{
shortNameToTimeZoneId.Add(shortDaylight, timeZoneId);
timeZoneIdToDaylightShortName.Add(timeZoneId, shortDaylight);
}
}
//http://www.mcnearney.net/blog/windows-timezoneinfo-olson-mapping/
//http://unicode.org/repos/cldr/trunk/common/supplemental/windowsZones.xml
//string londonZoneId = "GMT Standard Time"; // Linux: "Europe/London"
// http://mono.1490590.n4.nabble.com/Cross-platform-time-zones-td1507630.html
//In windows the timezones have a descriptive name such as "Eastern
//Standard Time" but in linux the same timezone has the name
//"US/Eastern".
//Is there a cross platform way of running
//TimeZoneInfo.FindSystemTimeZoneById that can be used both in linux and
//windows, or would i have to add additional code to check what platform
//i am running before getting the time zone.
//WINDOWS TIMEZONE ID DESCRIPTION UNIX TIMEZONE ID
//Eastern Standard Time => GMT - 5 w/DST => US/Eastern
//Central Standard Time => GMT - 6 w/DST => US/Central
//US Central Standard Time => GMT-6 w/o DST(Indiana) => US / Indiana - Stark
//Mountain Standard Time => GMT-7 w/DST => US/Mountain
//US Mountain Standard Time => GMT-7 w/o DST(Arizona) => US / Arizona
//Pacific Standard Time => GMT-8 w/DST => US/Pacific
//Alaskan Standard Time => GMT - 9 w/DST => US/Alaska
//Hawaiian Standard Time => GMT - 10 w/DST => US/Hawaii
public static TimeZoneInfo FindSystemTimeZoneById(TimeZoneId p_tzType)
{
switch (p_tzType)
{
case TimeZoneId.UTC:
return TimeZoneInfo.Utc;
default:
TimeZoneInfo tzi = null;
if (g_tzi.TryGetValue(p_tzType, out tzi))
return tzi;
string zoneId;
switch (p_tzType)
{
case TimeZoneId.London:
if (Utils.RunningPlatform() == Platform.Windows)
zoneId = "GMT Standard Time";
else
zoneId = "Europe/London";
break;
case TimeZoneId.EST:
if (Utils.RunningPlatform() == Platform.Windows)
zoneId = "Eastern Standard Time";
else
zoneId = "America/New_York"; // or "US/Eastern". We have to test it.
break;
case TimeZoneId.CET:
if (Utils.RunningPlatform() == Platform.Windows)
zoneId = "Central Europe Standard Time";
else
zoneId = "Europe/Budapest";
break;
default:
throw new Exception($"TimeZoneType {p_tzType} is unexpected.");
}
try
{
tzi = TimeZoneInfo.FindSystemTimeZoneById(zoneId);
}
catch (Exception e)
{
Utils.Logger.Error("ERROR: Unable to find the {0} zone in the registry. {1}", zoneId, e.Message);
}
g_tzi[p_tzType] = tzi;
return tzi;
}
}
public DateTime ToLocal(TimeZoneId timeZoneId)
{
return ToLocal(TimeZoneIdMap.Current.FindSystemTimeZoneById(timeZoneId));
}
public void SwitchTimeZone(TimeZoneId timeZoneId)
{
SwitchTimeZone(TimeZoneIdMap.Current.FindSystemTimeZoneById(timeZoneId));
}
public static DateTimeAndZone FromLocalAndTimeZoneId(DateTime local, TimeZoneId timeZoneId)
{
if (local.Kind == DateTimeKind.Utc)
throw new ArgumentException("DateTime utc must be .Kind == DateTimeKind.Local, not Utc.", "local");
return FromLocal(local, TimeZoneIdMap.Current.FindSystemTimeZoneById(timeZoneId));
}
public string DaylightNameForTimeZoneId(TimeZoneId timeZoneId)
{
string daylight = null;
timeZoneIdToDaylightShortName.TryGetValue(timeZoneId, out daylight);
return daylight;
}
public string IdToString(TimeZoneId timeZoneId)
{
return enumToString[timeZoneId];
}
public string StandardNameForTimeZoneId(TimeZoneId timeZoneId)
{
return(timeZoneIdToStandardShortName[timeZoneId]);
}
public static string GetRegistryKeyNameByTimeZoneId(TimeZoneId id) {
foreach (string key in timeZoneIdTable.Keys)
if (timeZoneIdTable[key] == id)
return key;
return String.Empty;
}
public List <ActionObjectPath> GetRequest(IIdProvider idProvider)
{
int createSiteId = idProvider.GetActionId();
IdentityPath = idProvider.GetActionId();
QueryIdPath = idProvider.GetActionId();
#region XML Payload generated
/*
* <Request AddExpandoFieldTypeSuffix="true" SchemaVersion="15.0.0.0" LibraryVersion="16.0.0.0" ApplicationName="pnp core sdk"
* xmlns="http://schemas.microsoft.com/sharepoint/clientquery/2009">
* <Actions>
* <Query Id="3" ObjectPathId="1">
* <Query SelectAllProperties="false">
* <Properties>
* <Property Name="PollingInterval" ScalarProperty="true" />
* <Property Name="IsComplete" ScalarProperty="true" />
* </Properties>
* </Query>
* </Query>
* </Actions>
* <ObjectPaths>
* <Constructor Id="2" TypeId="{268004ae-ef6b-4e9b-8425-127220d84719}" />
* <Method Id="1" ParentId="2" Name="CreateSite">
* <Parameters>
* <Parameter TypeId="{11f84fff-b8cf-47b6-8b50-34e692656606}">
* <Property Name="CompatibilityLevel" Type="Int32">0</Property>
* <Property Name="Lcid" Type="Int32">1033</Property>
* <Property Name="Owner" Type="String">[email protected]</Property>
* <Property Name="StorageMaximumLevel" Type="Int64">27487790694400</Property>
* <Property Name="StorageWarningLevel" Type="Int64">27487790694400</Property>
* <Property Name="Template" Type="String">STS#0</Property>
* <Property Name="TimeZoneId" Type="Int32">3</Property>
* <Property Name="Title" Type="String">PnP Core SDK Test</Property>
* <Property Name="Url" Type="String">https://bertonline.sharepoint.com/sites/pnpcoresdktestclassicsitef03a62586d3e41658f8ad2ceb7e53acf</Property>
* <Property Name="UserCodeMaximumLevel" Type="Double">0</Property>
* <Property Name="UserCodeWarningLevel" Type="Double">0</Property>
* </Parameter>
* </Parameters>
* </Method>
* </ObjectPaths>
* </Request>
*/
#endregion
List <ActionObjectPath> actions = new List <ActionObjectPath>();
ActionObjectPath spoOperation = new ActionObjectPath()
{
Action = new QueryAction()
{
Id = QueryIdPath,
ObjectPathId = createSiteId.ToString(),
SelectQuery = new SelectQuery()
{
SelectAllProperties = false,
Properties = new List <Property>()
{
new Property()
{
Name = "PollingInterval"
},
new Property()
{
Name = "IsComplete"
},
}
}
}
};
ActionObjectPath createSiteAction = new ActionObjectPath()
{
ObjectPath = new ObjectPathMethod()
{
Id = createSiteId,
ParentId = IdentityPath,
Name = "CreateSite",
Parameters = new MethodParameter()
{
Properties = new List <Parameter>()
{
new Parameter()
{
TypeId = "11f84fff-b8cf-47b6-8b50-34e692656606",
Value = new List <NamedProperty>()
{
new NamedProperty()
{
Name = "CompatibilityLevel",
Type = "Int32",
Value = "0"
},
new NamedProperty()
{
Name = "Lcid",
Type = "Int32",
Value = Lcid.ToString()
},
new NamedProperty()
{
Name = "Owner",
Type = "String",
Value = Owner
},
new NamedProperty()
{
Name = "StorageMaximumLevel",
Type = "Int64",
Value = "27487790694400"
},
new NamedProperty()
{
Name = "StorageWarningLevel",
Type = "Int64",
Value = "27487790694400"
},
new NamedProperty()
{
Name = "Template",
Type = "String",
Value = WebTemplate
},
new NamedProperty()
{
Name = "TimeZoneId",
Type = "Int32",
Value = TimeZoneId.ToString()
},
new NamedProperty()
{
Name = "Title",
Type = "String",
Value = Title
},
new NamedProperty()
{
Name = "Url",
Type = "String",
Value = SiteUrl.AbsoluteUri.ToString()
},
new NamedProperty()
{
Name = "UserCodeMaximumLevel",
Type = "Double",
Value = "0"
},
new NamedProperty()
{
Name = "UserCodeWarningLevel",
Type = "Double",
Value = "0"
},
}
}
}
}
}
};
ActionObjectPath spoOperationCollection = new ActionObjectPath()
{
ObjectPath = new ConstructorPath
{
Id = IdentityPath,
TypeId = PnPAdminConstants.CsomTenantObject
}
};
actions.Add(spoOperation);
actions.Add(spoOperationCollection);
actions.Add(createSiteAction);
return(actions);
}
public DateTimeAndZone GetUtcTimeZone(DateTime local, string state, string country, TimeZoneId defaultTimeZoneId)
{
var timeZone = GetTimeZoneInfo(state, country, defaultTimeZoneId);
return(DateTimeAndZone.FromLocal(local, timeZone));
}
public override int GetHashCode()
{
return(CityName.GetHashCode() ^ TimeZoneId.GetHashCode());
}
public string StandardNameForTimeZoneId(TimeZoneId timeZoneId)
{
return timeZoneIdToStandardShortName[timeZoneId];
}
public TimeZoneInfo FindSystemTimeZoneById(TimeZoneId timeZoneID)
{
return TimeZoneInfo.FindSystemTimeZoneById(IdToString(timeZoneID));
}
protected void mapTimeZoneIdAndShortName(TimeZoneId timeZoneId, string shortStandard)
{
mapTimeZoneIdAndShortName(timeZoneId, shortStandard, null);
}
public TimeZoneInfo GetTimeZoneInfo(string state, string country, TimeZoneId defaultTimeZoneId)
{
var timeZoneId = GetTimeZoneId(state, country);
if (timeZoneId == TimeZoneId.None)
{
if (defaultTimeZoneId == TimeZoneId.None)
return null;
timeZoneId = defaultTimeZoneId;
}
return TimeZoneInfo.FindSystemTimeZoneById(TimeZoneIdMap.Current.IdToString(timeZoneId));
}
public string ShortNameForTime(DateTime utc, TimeZoneId timeZoneId)
{
return ShortNameForTime(utc, TimeZoneIdMap.Current.FindSystemTimeZoneById(timeZoneId));
}
public DateTimeAndZone GetUtcTimeZone(DateTime local, string state, string country, TimeZoneId defaultTimeZoneId)
{
var timeZone = GetTimeZoneInfo(state, country, defaultTimeZoneId);
return DateTimeAndZone.FromLocal(local, timeZone);
}
