Special
SpecialAtom enumerates atoms that are known to the virtual machine.
Parameters
The actual A_Atom to be held by this SpecialAtom.
Entries
A heritable atom (has HERITABLE_KEY ->trueObject as a property) which, when present in as A_Fiber's heritableFiberGlobals, indicates that the fiber should not be subject to debugging. This is a way to mark fibers launched by the debugger itself, or forked by such a fiber, say for stringification.
The property key whose presence indicates an atom is for explicit subclassing of object types.
The property key that indicates that a fiber global is inheritable by its forked fibers.
The atom used as a property key under which to store an AsynchronousSocketChannel.
The atom used as a property key under which to store an AsynchronousServerSocketChannel.
The atom used as a property key under which to store a FileHandle.
The atom used as a key in a fiber's global map to extract the current ParserState's ParserState.clientDataMap.
When this A_Atom occurs as a non-heritable property of an A_Fiber (with trueObject as a property), the fiber is permitted to perform styling operations on tokens and/or phrases.
The atom used to identify the entry in a ParserState's ParserState.clientDataMap containing the bundle of the macro send for which the current fiber is computing a replacement phrase.
The atom used as a key in a ParserState's ParserState.clientDataMap to accumulate the tuple of tokens that have been parsed so far for the current method/macro site and are mentioned by name in the method name.
The atom used as a key in a ParserState's ParserState.clientDataMap to accumulate the tuple of tokens that have been parsed so far for the current method/macro site.
The atom used as a key in a ParserState's ParserState.clientDataMap to store a tuple of maps to restore as the blocks that are being parsed are completed.
The atom used as a key in a ParserState's ParserState.clientDataMap to store the current map of declarations that are in scope.
The atom used as a property key to name object types. This property occurs within each atom which occurs as a field type key of the object type. The value is a map from object type to the set of names of that exact type (typically just one). The naming information is set up via ObjectTypeDescriptor.setNameForType, and removed by ObjectTypeDescriptor.removeNameFromType.