/// <summary>
/// Generates one GDID from the supplied provider taking its scope and sequence name from <see cref="UniqueSequenceAttribute"/>
/// </summary>
/// <param name="provider">Provider to use</param>
/// <param name="tDoc">Type of data Doc</param>
/// <returns>One GDID</returns>
public static GDID GenerateGdidFor(this Idgen.IGdidProvider provider, Type tDoc)
{
provider.NonNull(nameof(provider));
tDoc.IsOfType <Doc>(nameof(tDoc));
var atr = UniqueSequenceAttribute.GetForDocType(tDoc);
atr.NonNull($"`{tDoc.Name}` decorated with `{nameof(UniqueSequenceAttribute)}`");
var result = provider.GenerateOneGdid(atr.Scope, atr.Sequence);
return(result);
}
/// <summary>
/// Tries to generate many consecutive Globally-Unique distributed ID (GDID) from the same authority for the supplied sequence name.
/// If the reserved block gets exhausted, then the returned ID array length may be less than requested
/// The scope and sequence name are taken from <see cref="UniqueSequenceAttribute"/>
/// </summary>
/// <param name="provider">Provider to use</param>
/// <param name="tDoc">Type of data Doc</param>
/// <param name="gdidCount">How many GDIDS to generate</param>
/// <returns>The GDID[] instance which may have less elements than requested by gdidCount</returns>
public static GDID[] TryGenerateManyConsecutiveGdidsFor(this Idgen.IGdidProvider provider, Type tDoc, int gdidCount)
{
provider.NonNull(nameof(provider));
tDoc.IsOfType <Doc>(nameof(tDoc));
gdidCount.IsTrue(v => v > 0, "gdidCount > 0");
var atr = UniqueSequenceAttribute.GetForDocType(tDoc);
atr.NonNull($"`{tDoc.Name}` decorated with `{nameof(UniqueSequenceAttribute)}`");
var result = provider.TryGenerateManyConsecutiveGdids(atr.Scope, atr.Sequence, gdidCount);
return(result);
}
