thequux

// Bindings MUST have a consistent mapping from the base Hammer API to
// the binding, suitable for mechanical translation. The binding MAY
// also support additional convenience methods. (see +type+ for an
// example)

const hammer::Parser& init_parser() {
  // The default constructor gives you an +h_indirect()+ parser.
  static hammer::Parser ret;

  hammer::Parser &domain = init_domain();

thequux

#!/usr/bin/python

# This code is utter crap; that said, it's intended to be a quick and dirty hack.
# To dump JSON from a Colorforth image:
# - Load the image into colorforth
# - type '0 !back '
# - At your terminal, run "python cfdec.py <OkadBack.cf >Okad.json"
#
# On Windows, you will find OkadBack.cf in C:\GreenArrays\EVB001\OkadBack.cf
# On Linux, it's in ~/.wine/dosdevices/c:/GreenArrays/EVB001/OkadBack.cf

thequux

char BASE64_ILUT[] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_";
char BASE64_LUT[256];

void init_base64_lut(void) {
  int i;
  
  for (i = 0; i < 256; i++) {
    BASE64_LUT[i] = 255;
  }

thequux

Keybase proof

I hereby claim:

• I am thequux on github.
• I am thequux (https://keybase.io/thequux) on keybase.
• I have a public key whose fingerprint is D3F4 3C11 0147 B6BD A90E D97B C262 C9B2 FA65 AB11

To claim this, I am signing this object:

thequux

import collections
import contextlib
import itertools

class SymbolTable(collections.MutableMapping):
    __slots__ = ('_content')
    def __init__(self):
        self._content = []
    def _top_dict(self):
        if not self._content:

thequux

#!/bin/sed -rf
# How to run:
#   echo 'A A<1+B1-C>B<1-A1+B>D<1-B1qC> 0<0>0'
# Note: Your local sed may use a different flag for "extended" regexes; this is written for GNU sed.
#
# tape: [active-state] " " (state-name "<" (write move next-state)_0 (write move next-state)_1 ">")* " " tape... "<" curpos ">" tape...
# State names can be any character not in " <>".
# The tape consists of 0's and 1's.
# The "move" field can be "-" to move left, "+" to move right, or "q" to halt.

thequux

template<class Self, typename L, typename R, typename Ret>
class Op {
public:
  typedef L left_arg_type;
  typedef R right_arg_type;
  typedef Ret return_type;

  //Ret operator() (L left, R right);
};

thequux

#!/usr/bin/python

# A microcode assembler

import os
import os.path
import re
import collections

import IPython.Shell

thequux

# Usage: make name=<document name> t<arget>
# Start with the init target, then use "scan" to run the scan. Finally, run "pdf" to get a compressed PDF file.

# Parameters that can be set in a Makefile.defs include:
# papersize: Provides defaults for papersize_width and papersize_height; defaults to a4
# papersize_{width,height}: Width and height of page in px
# resolution: resolution of scan in dpi
# rotate: Rotation angle (0,90,180,270). Applied during compression.

thequux

{ 
  "device_name": insert_your_hostname_here,
  "listening_port" : 0,                       // 0 - randomize port
  
  /* storage_path dir contains auxilliary app files
     if no storage_path field: .sync dir created in the directory 
     where binary is located.
     otherwise user-defined directory will be used 
  */
  //"storage_path" : "",