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Write-Output "Moony's upstream merge workflow tool."
Write-Output "This tool can be stopped at any time, i.e. to finish a merge or resolve conflicts. Simply rerun the tool after having resolved the merge with normal git cli."
Write-Output "Pay attention to any output from git!"
$target = Read-Host "Enter the branch you're syncing toward (typically upstream/master or similar)"
$refs = git log --reverse --format=format:%H HEAD.. $target

$cherryPickOption = New-Object System.Management.Automation.Host.ChoiceDescription "&Cherry-pick","Uses git cherry pick to integrate the commit into the current branch. BE VERY CAREFUL WITH THIS."
$mergeOption = New-Object System.Management.Automation.Host.ChoiceDescription "&Merge","Uses git merge to integrate the commit and any of it's children into the current branch."
$skipOption = New-Object System.Management.Automation.Host.ChoiceDescription "&Skip","Skips introducing this commit."

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// NOTE: Min C++ lang version is C++20. Make sure your project is set to that!

#include <iostream>
#include <vector>
#include <format>
#include <stdexcept>
#include <string>
#include <cassert>

using std::cout, std::cin, std::endl;

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// Standard form 1.
{reg:
  [
    {bits: 1,  name: '0',            type: 1},
    {bits: 6,  name: 'opcode',       type: 2},
    {bits: 3,  name: 'func1',        type: 3},
    {bits: 3,  name: 'dest[2:0]',    type: 4},
    {bits: 3,  name: 'src1[2:0]',    type: 5},
    {bits: 1,  name: '1',            type: 1},
    {bits: 2,  name: 'dest[4:3]',    type: 4},

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                ' FLAGS layout: cznhcznhcznhCZNH, where lowercase values are junk data in the form of previous flags values.
                '               Do not depend on that, it's just how this specific example comes out to work.
                
                
                MOV INREG1, {...}         ' 2
                MOV INREG2, {...}         ' 2
                MOV WRVAL, TMP1           ' 2
                ADD WRVAL, TMP2 WZ        ' 2 Compute result and Z flag.
                TESTB WRVAL, #8 WC        ' 2 Compute C flag.
                RCZL FLAGS                ' 2 Store flags, step 1.

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; 14 bytes
bad_rem_by_three:
                pull  r1              ; 2 Stick r1 onto the queue.
                asn   r0, -2          ; 2 Assign the return address to r0 so we don't lose it.
                psn                   ; 2 Fill some space in the queue.
               
.lp:            sub   -3, #3          ; 2 Subtract 3 from value
                ltz   -1              ; 2 Check if sub result is less than zero, signed.
                bz    -1, #.lp, #0    ; 2 If lts result is zero, branch back to .lp. Put #1 into the queue
                

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' All are unrolled, as they are presumably in HUBRAM so branching == bad
' UNTESTED, may contain stupidity and/or nuts
' BAD CODE AHEAD YAY
encode_1b       and inp, #$7F
          _ret_ getbyte out, inp, #0

encode_2b       mov tmp1, inp
                and inp, #$7F
                getbyte out, inp, #0
                sar tmp1, #7

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#version 430
//4*4 ray bundle
#define group_size 128
#define buffer_size 256

layout(local_size_x = 1, local_size_y = group_size) in;
layout(rgba32f, binding = 0) uniform image2D blurred_hor1; 
layout(rgba32f, binding = 1) uniform image2D blurred_hor2; 
layout(rgba32f, binding = 2) uniform image2D bloom; 
layout(rgba32f, binding = 3) uniform image2D DE_input; 

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#bankdef "bootrom" {
	#addr 0x0
	#size 0x1000
	#outp 0x0
}

#bankdef "ram" {
	#addr 0x1000
	#size 0x8000
}

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#bankdef "bootrom" {
	#addr 0x0
	#size 0x4000
	#outp 0x0
}
#bankdef "invalidaccess_0" {
	#addr 0x4000
	#size 0xBFFF ; I bet you I messed up at least once here
				 ; and made some banks overlap, or put gaps
				 ; between banks

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pub type IntcodeNum = usize; // assume unsigned until told otherwise

pub struct IntcodeMachine {
  instr_ptr: IntcodeNum,
  memory: Vec<IntcodeNum>,
  initial: Vec<IntcodeNum>,
}

pub struct IntcodePatch(IntcodeNum, IntcodeNum); // offset, val