[ROOT]  doc  DocFrag  SELECT Assembly, DocFragType, Description.FirstLine()   <  SKIP 182  >   <  TAKE 48  >   

48 items

DocFragIdAssemblyDocFragTypeDescription.FirstLine()
ARCQuery.CompoundInvalidKey.ToStringARCQueryClassMemberThe ToString representation is the one relevant when used as key, like in -IK- or when selecting like 'SELECT {fieldName}'.
ARCQuery.Quantile.QUARTILEARCQueryEnumMemberDivide into four parts
ARCCore.IKDateARCCoreClassA more memory efficient alternative to -IKString- (together with -IKLong-).
ARCQuery.CompoundInvalidKey.TryGetPARCQueryClassMemberThe outwards facing executor, understanding use of -FunctionKeys-.
ARCQuery.Quantile.QUINTILEARCQueryEnumMemberDivide into five parts
ARCCore.IKDate.op_EqualityARCCoreClassMemberIt is quite natural in the code to write code like "if (a.CustomerId == b.CustomerId)", therefore the need to implement == and != operators here.
ARCQuery.CompoundInvalidKey.FunctionKeysARCQueryClassMemberAll -FunctionKey-s chained at end of compound key (but before an eventual -QuantileKey-).
ARCQuery.Quantile.SEXTILEARCQueryEnumMemberDivide into 6 parts
ARCCore.IKDate.EnrichKeyARCCoreClassMember'Implementing' -ITypeDescriber-.
ARCQuery.CompoundInvalidKey.QuantileKeyARCQueryClassMemberEventual final -QuantileKey- at end of compound key.
ARCQuery.Quantile.SEPTILEARCQueryEnumMemberDivide into 7 parts
ARCCore.IKDate.ValidDateTimeFormatsARCCoreClassMemberNote: Be very careful about expanding this array. ToString must be considered, and also how Equals should work with other sub classes of IK.
ARCQuery.CompoundKeyARCQueryClassA class able to expand the concept of entity keys.
ARCQuery.Quantile.OCTILEARCQueryEnumMemberDivide into 8 parts
ARCCore.IKLongARCCoreClassA more memory efficient alternative to -IKString-.
ARCQuery.CompoundKey.TryGetPARCQueryClassMemberThe outwards facing executor, understanding use of -FunctionKeys-.
ARCQuery.Quantile.DECILEARCQueryEnumMemberDivide into 10 parts
ARCCore.IKLong.op_EqualityARCCoreClassMemberIt is quite natural in the code to write code like "if (a.CustomerId == b.CustomerId)", therefore the need to implement == and != operators here.
ARCQuery.CompoundKey.TryGetPInternalARCQueryClassMemberThe internal executor, containing the specific functionality for how to evaluate the key.
ARCQuery.Quantile.DUODECILEARCQueryEnumMemberDivide into 12 parts
ARCCore.IKLong.EnrichKeyARCCoreClassMember'Implementing' -ITypeDescriber-.
ARCQuery.CompoundKey.ParseARCQueryClassMemberNote that no TryParse is offered here, because Parse will always succeed (it just returns -CompoundInvalidKey- if 'fails').
ARCQuery.Quantile.HEXADECILEARCQueryEnumMemberDivide into 16 parts
ARCCore.IKStringARCCoreClassIndex key for any general id, like primary-key or sequence-number or similar.
ARCQuery.CompoundKey.ToStringARCQueryClassMemberThe ToString representation is the one relevant when used as key, like in -IK- or when selecting like 'SELECT {fieldName}'.
ARCQuery.Quantile.VENTILEARCQueryEnumMemberDivide into 20 parts
ARCCore.IKString.FromCacheARCCoreClassMemberReduces number of objects generated by caching those known to be within a limited range
ARCQuery.CompoundKey.FunctionKeysARCQueryClassMemberAll -FunctionKey-s chained at end of compound key (but before an eventual -QuantileKey-).
ARCQuery.Quantile.PERCENTILEARCQueryEnumMemberDivide into 100 parts
ARCCore.IKString.FromStringARCCoreClassMemberNote how uses instance cache if already exists there
ARCQuery.CompoundKey.QuantileKeyARCQueryClassMemberEventual final -QuantileKey- at end of compound key.
ARCQuery.Quantile.PERMILLEARCQueryEnumMemberDivide into 1000 parts
ARCCore.IKString.op_EqualityARCCoreClassMemberIt is quite natural in the code to write code like "if (a.CustomerId == b.CustomerId)", therefore the need to implement == and != operators here.
ARCQuery.ConstantKey<T>ARCQueryClassRepresents a constant expression like "' '", "', '", "42".
ARCQuery.QueryProgressPARCQueryEnumDescribes class -QueryProgress-.
ARCCore.IKString.EnrichKeyARCCoreClassMember'Implementing' -ITypeDescriber-.
ARCQuery.ConstantKey<T>.TryGetPInternalARCQueryClassMemberThe internal executor, containing the specific functionality for how to evaluate the key.
ARCQuery.QueryProgressP.TitleARCQueryEnumMemberThe title to be used in the final presentation of the query result.
ARCCore.IKTypeARCCoreClassIndex key used when storing a collection of a given type, like 'Customer'.
ARCQuery.ConstantKey<T>.ToStringARCQueryClassMemberThe ToString representation is the one relevant when used as key, like in -IK- or when selecting like 'SELECT {fieldName}'.
ARCQuery.QueryProgressP.QueriesARCQueryEnumMember 
ARCCore.IKType.ToStringARCCoreClassMemberCaching is supposed to be useful because may be called quite often.
ARCQuery.ConstantKey<T>.TryGetPARCQueryClassMemberThe outwards facing executor, understanding use of -FunctionKeys-.
ARCQuery.QueryProgressP.StrCurrentTypeARCQueryEnumMemberNormally the -ToStringVeryShort- representation of the type of objects in the -Result- collection.
ARCCore.ITypeDescriberARCCoreClassProvides a standardized mechanism for describing single-property values (like 'PhoneNumber' of 'Customer' for instance).
ARCQuery.ConstantKey<T>.FunctionKeysARCQueryClassMemberAll -FunctionKey-s chained at end of compound key (but before an eventual -QuantileKey-).
ARCQuery.QueryProgressP.CurrentStrictnessARCQueryEnumMemberDescribes -Strictness- ON / OFF when executing query.
ARCCore.ITypeDescriber.GetSyntaxHelpARCCoreClassMemberEnables explanation of syntax in different contexts from one source:

Generated 2025-07-11 07:53:13.580 UTC