BeatyBit.Bits

Provides extension methods for collections to simplify common operations.

Safely retrieves a value from a dictionary, returning a default value if the key is not found.

The type of the dictionary key. The type of the dictionary value. The dictionary to search in. The key to look up. The default value to return if the key is not found. The value associated with the key if found; otherwise, the default value. Thrown when dictionary or key is null.

Gets a value from the dictionary or creates and adds it if it doesn't exist.

The type of the dictionary key. The type of the dictionary value. The dictionary to search in or add to. The key to look up or add. The function to create a new value if the key is not found. The existing or newly created value associated with the key. Thrown when dictionary, key, or createValue is null.

Provides empty enumerator to avoid creating multiple instances.

A shared instance of an empty enumerator to be reused wherever needed.

Provides the empty generic list to avoid creating multiple instances.

The type of elements in the list.

A shared instance of an empty generic list to be reused wherever needed.

Provides extension methods for accessing internal fields or properties in interfaces implementing the series of interfaces.

These utility methods allow users to retrieve the internal state of objects while retaining type safety.

Retrieves the internal fields or properties represented by a single generic type parameter.

The type of the internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

Retrieves the internal fields or properties represented by two generic type parameters.

The type of the first internal field or property. The type of the second internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

Retrieves the internal fields or properties represented by three generic type parameters.

The type of the first internal field or property. The type of the second internal field or property. The type of the third internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

Retrieves the internal fields or properties represented by four generic type parameters.

Retrieves the internal fields or properties represented by five generic type parameters.

The type of the first internal field or property. The type of the second internal field or property. The type of the third internal field or property. The type of the fourth internal field or property. The type of the fifth internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

Retrieves the internal fields or properties represented by six generic type parameters.

The type of the first internal field or property. The type of the second internal field or property. The type of the third internal field or property. The type of the fourth internal field or property. The type of the fifth internal field or property. The type of the sixth internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

Retrieves the internal fields or properties represented by seven generic type parameters.

The type of the first internal field or property. The type of the second internal field or property. The type of the third internal field or property. The type of the fourth internal field or property. The type of the fifth internal field or property. The type of the sixth internal field or property. The type of the seventh internal field or property. The object implementing the interface. The input object for further chaining or access to its internals.

This interface provides access to the internal fields in the generic form for the sake of possible extensibility by the end user. See implementation for details.

Gets the internal member or property represented by this generic parameter.

A memory-efficient list implementation that stores first four elements inline and falls back to for additional elements.

The type of elements in the list.

NotSupported

Represents a Maybe monad that encapsulates an optional value.

The type of the value that may or may not be present.

Represents an empty Maybe instance with no value.

Initializes a new instance of the struct with the specified value.

The value to wrap in the Maybe instance.

Gets a value indicating whether this Maybe instance has a value.

Gets the value contained in this Maybe instance.

Thrown when attempting to access the Value of an empty Maybe instance.

Provides extension methods for working with Maybe instances.

Converts a value to a Maybe instance.

The type of the value to convert. The value to convert to a Maybe instance. A new Maybe instance containing the specified value.

Safely gets the value from a Maybe instance, returning null if the instance has no value.

The type of the value in the Maybe instance. The Maybe instance to get the value from. The value if present; otherwise, null.

A set of miscellaneous extensions that don't fit into a specific category.

Invokes the specified action on the given object and returns the object.

The type of the object. The object on which to perform the action. The action to perform on the object. The original object, after the action has been applied. This is useful for configuring objects inline or calling several methods in a row without the need for temporary variables.

Contains extension methods for working with strings.

Determines whether the specified string is null, empty, or consists only of a single space character.

The string to evaluate. true if the string is null, empty, or a single space; otherwise, false.

Is used as generic parameter to specify "no generic parameter"

The default (and only) value of

Indicates that the marked symbol is used implicitly (e.g. via reflection, in external library), so this symbol will be ignored by usage-checking inspections.
You can use and to configure how this attribute is applied.


             [UsedImplicitly]
             public class TypeConverter {}
            
             public class SummaryData
             {
             [UsedImplicitly(ImplicitUseKindFlags.InstantiatedWithFixedConstructorSignature)]
             public SummaryData() {}
             }
            
             [UsedImplicitly(ImplicitUseTargetFlags.WithInheritors | ImplicitUseTargetFlags.Default)]
             public interface IService {}

Can be applied to attributes, type parameters, and parameters of a type assignable from . When applied to an attribute, the decorated attribute behaves the same as . When applied to a type parameter or to a parameter of type , indicates that the corresponding type is used implicitly.

Specifies the details of implicitly used symbol when it is marked with or .

Only entity marked with attribute considered used.

Indicates implicit assignment to a member.

Indicates implicit instantiation of a type with fixed constructor signature. That means any unused constructor parameters won't be reported as such.

Indicates implicit instantiation of a type.

Specifies what is considered to be used implicitly when marked with or .

Members of the type marked with the attribute are considered used.

Inherited entities are considered used.

Entity marked with the attribute and all its members considered used.

This attribute is intended to mark publicly available API, which should not be removed and so is treated as used.

Tells the code analysis engine if the parameter is completely handled when the invoked method is on stack. If the parameter is a delegate, indicates that the delegate can only be invoked during method execution (the delegate can be invoked zero or multiple times, but not stored to some field and invoked later, when the containing method is no longer on the execution stack). If the parameter is an enumerable, indicates that it is enumerated while the method is executed. If is true, the attribute will only take effect if the method invocation is located under the await expression.

Requires the method invocation to be used under the await expression for this attribute to take effect. Can be used for delegate/enumerable parameters of async methods.