Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

▼Npecunia
CDomainError	Represents an argument that is outside the realm of the purpose of a function
CError	A representation of a generalised software issue, complete with the location of the problem
CExpected	Represents a result value that may either contain a valid value or an error state. Useful for error handling and propagating error states alongside valid results. Provides a way to work with results without using exceptions or nullable types. Ensures type safety by enforcing the presence of either a value or an error
CFloatingPoint	Represents a safe type for working with floating-point operations
CInvalidArgument	Represents an argument that is invalid for the state of the function
CLogicError	Represents a flaw in the logic or a precondition of a function
CMinor	Represents a monetary value in minor units, with associated currency code and sign/affinity
CMoney	A representation of a country’s currency supporting basic arithmetic usage and guaranteeing all operations succeed without a loss of precision, overflow, or underflow
CMoneyParts	Represents the components of a monetary value separated into major, minor, sub-minor units and its associated currency
COutOfRange	Represents an argument that is out of range for a container
COverflowError	Represents a flaw that would trigger an overflow operation
CPECUNIA_EXPORT	Represents a globally accessible, inline constant placeholder for an unexpected error. It is used to handle or signify error states in a consistent and type-safe manner
CRealNumber	Represents the constituent parts of a real number
CRuntimeError	Represents a flaw that prevents a function from fulfilling its postcondition or purpose
CUnderflowError	Represents a flaw that would trigger an underflow operation
CUnexpected	Represents an unexpected error value