InternalClasses

Table of Contents Internal classes (implemented) .internal.void .internal.object .internal.int .internal.string .internal.class .internal.interface .internal.code .internal.container.array .internal.container.page .internal.thread .internal.call_frame .internal.[ioe]stack .internal.boot .internal.io.tty .internal.binary .internal.directory Internal classes (not implemented, but really needed) .internal.native.arch_name

Internal classes (implemented)

See also: BlockingSyscalls

.internal.void

'no class' class – TODO – detach from object!

.internal.object

The very root of all classes. Defines some basic methods: class(), clone(), equals(), toString(), hashcode(), etc.

See ObjectOrdinals

.internal.int

integer, char

.internal.string

string, sure. TODO Immutable?

.internal.class

is a class

.internal.interface

Array of methods (does not have to be internal, in fact)

.internal.code

Bytecode executable

.internal.container.array

Basic 'rubber' array implementation

.internal.container.page

Array page, completely internal, not used on compiler level.

.internal.thread

Thread state

.internal.call_frame

Call frame ;)

.internal.[ioe]stack

Integer/object/exception stack

.internal.boot

See boot sequence description. Boot time kernel services: class loader, tty out, thread starter.

.internal.io.tty

Tty style console io class.

.internal.binary

Byte container - actually string is used, as string is binary-friendly. Ok?

.internal.directory

Hash map of string to object. Actually can be made to recieve any type as key.

Internal classes (not implemented, but really needed)

.internal.native.arch_name

Native method code after JIT precompile:

• .internal.native.ia32
• .internal.native.mips
• .internal.native.arm

etc