Concepts

Here is a list of all concepts with brief descriptions:

[detail level 123]

▼Nmtcore	Core library for C++ with Zig-related functionality
▼Nthread	Thread-related namespace The methods and classes provided by this class are thread-safe Classes and methods provided outside of this class are not thread-safe (with the exception of malloc_alloc) This requires linking mtcore_thread to your application
RSelectOption	Checks if something qualifies as an option to a select statement Allows defining custom options and cases
RCloseable	Checks if something is closeable (e.g
RSender	Checks if messages can be sent to something (e.g
RReceiver	Checks if messages can be received from something (e.g
RSenderBlock	Checks if messages can be sent in a blocking manner
RReceiverBlock	Checks if messages can be received in a blocking manner
RSenderBefore	Checks if messages can be sent in a blocking manner with a timeout
RReceiverBefore	Checks if messages can be received in a blocking manner with a timeout
RSenderGrow	Checks if messages can be sent to something (e.g
RSenderBlockGrow	Checks if messages can be sent to something (e.g
RSenderBeforeGrow	Checks if messages can be sent to something (e.g
RHasClosedError	Checks if an error type has a "Has Closed" error called CHANNEL_CLOSED
RSenderReceiver	Checks if non-blocking sends and receives are supported
RSenderReceiverBlock	Checks if blocking sends and receives are supported
RSenderReceiverBefore	Checks if blocking with timeout sends and receives are supported
RSenderReceiverGrow	Checks if non-blocking sends and receives are supported with allocation to grow
RSenderReceiverBlockGrow	Checks if blocking sends and receives are supported with allocation to grow
RSenderReceiverBeforeGrow	Checks if blocking with timeout sends and receives are supported with allocation to grow
RChannelLike	Checks if something qualifies as a channel Channels can:
RChannelLikeGrow	Checks if something qualifies as a growing channel Growing channels can:
ROstreamable	The Ostreamable trait for types Something that implements this trait allows ostream operations
RAddressable	The Addressable trait for types Something that implements this trait allows addressing items by index
RMutableAddressable	The Addressable trait for types Something that implements this trait allows addressing items by index
RIterator	The Addressable trait for types Something that implements this trait allows addressing items by index
RInitable
RIterable	The Iterable trait for types Something that implements this trait can give an iterator to iterate over the elements
RStdIterable	Detect if something is C++ standard iterable
RDefaultDeinit	Represents a type that has a default (no allocator) deinit method
RAllocatorDeinit	Represents a type that has a deinit which takes an allocator (usually does memory cleanup)
RResultLike	Represents a type that fulfills the "result" contract
RResultLikeWithValue	Represents a type that fulfills the "result" contract while having a success value of a specific type Does NOT check the error value (the error can be of any type)
RResultLikeWithVoid	Represents a type that fulfills the "result" contract while having no success value Does NOT check the error value (the error can be of any type)
RWriterImpl	Represents an implementation of a writer (basically checks if the type can be wrapped with Writer<>)
RWriterImplBytes	Represents an implementation of a writer that we can get how many bytes were written
RWriterImplWritten	Represents an implementation of a writer that we can get the output
RWriterImplResettable	Represents an implementation of a writer that we can reset
RPointer
RWriteThrough	Checks if a writer type is a write-through writer
RFlushable	Represents a type that can be "flushed" (e.g
RReaderImpl	Represents an implementation of a reader (basically checks if the type can be wrapped with Reader<>)
RInlineFormattable
RFormattable	Represents a type that can be formatted
RDefaultFormattable	Types we want to specify default ostream operators based on Formatter We exclude StdIterable types to exclude the standard library (which generally has ostream operators already) We also exclude several primitives that we define formatting for (they generally have ostream operators as well)