Get the code of the 'IF2' condition

Count the number of connected compoents

Create the cache from an auxiliary component

Decode an hardware information code from its number

Disassemble a machine code into a program. In case of error, returns a tuple containing the faulty instruction's index along with the decoding error.

Try to decode an assembly instruction

Decode an 'IF2' condition

Decode an arithmetic flag from its code

Decode a native exception

Decode an auxiliary component's exception

Decode a split exception

Decode an auxiliary component's exception from its code and data

Decode a native exception along with the supervisor status. If the error is indicated to have happened in supervisor mode, the second member of the re

Disassemble a machine code to LASM source code May fail because Program::decode() may fail if for instance there is raw data in the assembled program

Disassemble a machine code (encoded with words) to LASM source code May fail because Program::decode() may fail if for instance there is raw data in t

Drop the motherboard

Convert the extended instruction into machine code

Encode the exception with supervisor informations on 32-bits. `was_sv` indicates if the error occurred in supervisor mode (else it was on userland mod

Convert the extended instruction into machine code (split in words)

Encode the progrma as a list of words

Create a new RAM component from the provided storage Returns an error message if the capacity is too large for the running CPU architecture.

Create a new flash memory component from the provided storage Returns an error message if the capacity is too large for the running CPU architecture.

Create a program from a set of program words

Decode a register code

Create a program from a set of instructions

Decode the sub mode from a complete mode (e.g. decode the sign mode from the complete 8-bits division mode)

Decode a register from its name

Get the division mode from its sub modes

Create a new RAM component from the provided storage and with a larger size than its storage Returns an error message in case of fail

Create a new flash memory component from the provided storage and with a larger size than its storage Returns an error message in case of fail

Create a "halt on exception" runner configuration. Prints exceptions and the cycle and instruction address when the VM halts, stops when an exception

Map an auxiliary component to a specific address range NOTE: The address range cannot be higher than the component's [`Bus::size`] value.

Get the overflow mode

The component's metadata, giving informations on what the component is

Get the metadata of an axuiliary component from its ID

The component's name

Get the name of the 'IF2' condition

Get the arithmetic flag's name