Objection is a (currently unimplemented) interpreted programming language with one tenet: anything and everything is an object.
Objective C's syntax highlighting will be used for examples here, as it fits pretty well.
char, uchar, short, ushort, int, uint, long, ulong
| import cv2 | |
| import numpy as np | |
| import sys | |
| def eprint(*args, **kwargs): | |
| print(*args, file=sys.stderr, **kwargs) | |
| def main(): | |
| # Get the file name | |
| args = sys.argv [1:] |
| -- From https://gist.github.com/kedarmhaswade/ca46b689652b98e0bbdb995e1dd615ec | |
| local element_list = [[ | |
| Muonium,Mu,0 | |
| Hydrogen,H,1 | |
| Helium,He,2 | |
| Lithium,Li,3 | |
| Beryllium,Be,4 | |
| Boron,B,5 | |
| Carbon,C,6 |
8 bits in a byte, 2 bytes in a word.
All registers are 16-bit little-endian. There are 8 registers, being
X, Y, Z, O, A, S, P, and C.
X, Y, and Z are general purpose,
O is used as an offset in addressing,
A is used for math,
S is used as a hardware stack pointer (grows down),
| Twidl - A 6502-inspired 8-bit microprocessor | |
| Each instruction listed has an 8-bit value. A letter denotes a value used by the instruction. | |
| 0000 CCCC - INT - Sends an interrupt of the given 4-bit code if bit 6 of S is set. In a compliant implementation, code 0 must be a noop, and code 15 must jump PROG to the address specified at FFFE and FFFF. | |
| 0001 0RRR - TES - Sets bit 0 of S to whether the register is zero, sets bit 7 of S to bit 7 of the register. | |
| 0001 1III - CHK - Sets bit 3 of S to the bit of A at the index specified by the 3-bit number in I. | |
| 0010 0000 - NAN - Takes the NAND of the U register and the A register, and stores it in the A register. | |
| 0010 0001 - IOR - ^ but IOR | |
| 0010 0010 - AND - ^ but AND |