/// <summary>
/// Initializes a new instance with the specified options configurations.
/// </summary>
/// <param name="configureOptions">The configuration actions to run.</param>
/// <param name="postConfigures">The initialization actions to run.</param>
public MultiTenantOptionsFactory(IEnumerable <IConfigureOptions <TOptions> > configureOptions, IEnumerable <IPostConfigureOptions <TOptions> > postConfigureOptions, IEnumerable <ITenantConfigureOptions <TOptions, TTenantInfo> > tenantConfigureOptions, IMultiTenantContextAccessor <TTenantInfo> multiTenantContextAccessor)
{
this.configureOptions = configureOptions;
this.tenantConfigureOptions = tenantConfigureOptions;
this.multiTenantContextAccessor = multiTenantContextAccessor;
this.postConfigureOptions = postConfigureOptions;
}
/// <summary>
/// Initializes a new instance with the specified options configurations.
/// </summary>
/// <param name="setups">The configuration actions to run.</param>
/// <param name="postConfigures">The initialization actions to run.</param>
public MultiTenantOptionsFactory(IEnumerable <IConfigureOptions <TOptions> > setups, IEnumerable <IPostConfigureOptions <TOptions> > postConfigures, Action <TOptions, TenantInfo> tenantConfig, IMultiTenantContextAccessor multiTenantContextAccessor)
{
_setups = setups;
this.tenantConfig = tenantConfig;
this.multiTenantContextAccessor = multiTenantContextAccessor;
_postConfigures = postConfigures;
}
/// <summary>
/// Initializes a new instance with the specified options configurations.
/// </summary>
public MultiTenantOptionsFactory(IEnumerable <IConfigureOptions <TOptions> > configureOptions, IEnumerable <IPostConfigureOptions <TOptions> > postConfigureOptions, IEnumerable <IValidateOptions <TOptions> > validations, IEnumerable <ITenantConfigureOptions <TOptions, TTenantInfo> > tenantConfigureOptions, IEnumerable <ITenantConfigureNamedOptions <TOptions, TTenantInfo> > tenantConfigureNamedOptions, IMultiTenantContextAccessor <TTenantInfo> multiTenantContextAccessor)
{
// The default DI container uses arrays under the covers. Take advantage of this knowledge
// by checking for an array and enumerate over that, so we don't need to allocate an enumerator.
// When it isn't already an array, convert it to one, but don't use System.Linq to avoid pulling Linq in to
// small trimmed applications.
_configureOptions = configureOptions as IConfigureOptions <TOptions>[] ?? new List <IConfigureOptions <TOptions> >(configureOptions).ToArray();
_postConfigureOptions = postConfigureOptions as IPostConfigureOptions <TOptions>[] ?? new List <IPostConfigureOptions <TOptions> >(postConfigureOptions).ToArray();
_validations = validations as IValidateOptions <TOptions>[] ?? new List <IValidateOptions <TOptions> >(validations).ToArray();
_tenantConfigureOptions = tenantConfigureOptions as ITenantConfigureOptions <TOptions, TTenantInfo>[] ?? new List <ITenantConfigureOptions <TOptions, TTenantInfo> >(tenantConfigureOptions).ToArray();
_tenantConfigureNamedOptions = tenantConfigureNamedOptions as ITenantConfigureNamedOptions <TOptions, TTenantInfo>[] ?? new List <ITenantConfigureNamedOptions <TOptions, TTenantInfo> >(tenantConfigureNamedOptions).ToArray();
_multiTenantContextAccessor = multiTenantContextAccessor;
}
public MultiTenantOptionsCache(IMultiTenantContextAccessor multiTenantContextAccessor)
{
this.multiTenantContextAccessor = multiTenantContextAccessor ?? throw new ArgumentNullException(nameof(multiTenantContextAccessor));
}
