mlabbe

#!/bin/sh -x
rm -f *.o weak

CC=clang-9
LD=$CC

CFLAGS="-fno-inline-functions -O0"

$CC -c weak.c -o weak.o $CFLAGS
$CC -c weak_b.c -o weak_b.o $CFLAGS

mlabbe

#!/bin/sh -x

CC=clang-9
rm -f *.o wrap nowrap

# build without wrapping
$CC -c wrap.c -o wrap.o
$CC -c wrap_b.c -o wrap_b.o
$CC wrap.o wrap_b.o -o nowrap

mlabbe

/* ftg_core.h - v0.5  - Frogtoss Toolbox.  Public domain-like license below.

   ftg libraries are copyright (C) 2015 Frogtoss Games, Inc.
   http://github.com/mlabbe/ftg_toolbox
   
   ftg header files are single file header files intended to be useful
   in C/C++.  ftg_core contains generally useful functions
   
   Special thanks to STB for the inspiration.

mlabbe

dev = true

ent_list = {}
types = {}
cam={0,0} -- world top-left

--
-- helpers
--
function get_player(n)

mlabbe

#!/bin/bash

#
# Roaming security group by Michael Labbe
# @frogtoss
#

# security group id
GROUP_ID="sg-xxx"

mlabbe

(use-package cc-mode
  :defer t
  :init
  (add-hook 'before-save-hook #'clang-format-buffer-smart)
  :config
  (progn
    (defun clang-format-buffer-smart()
      "Reformat buffer only if .clang-format exists in the projectile root."      
      (when (file-exists-p (expand-file-name ".clang-format" (projectile-project-root)))
        (clang-format-buffer)))

mlabbe

/*
   simple rust calculator

   add_op := '+' | '-'
   mul_op := '*' | '/'
   digits := {'+' | '-'} [0..9] {[0..9]}
   
   expr := term {add_op term}
   term := factor {mul_op factor}
   factor := digits | '(' expr ')'

mlabbe

typedef union {
    struct tuple_s { char a; short b; long long c; }tuple;
    uint64_t _all[sizeof(struct tuple_s)/sizeof(uint64_t)];

}zero_tuple_u;

int main() {
    zero_tuple_u t = {._all = {0}};

}

mlabbe

export INSTALLDIR=$HOME/dev/node/local  # or wherever

mkdir -p $INSTALLDIR

# Put these lines in your .bashrc
export PATH=$INSTALLDIR/bin:$PATH
export MANPATH=$INSTALLDIR/share/man

git clone https://github.com/nodejs/node
cd node

mlabbe

/*

  simple calculator implemented via recursive descent

  add_op := + | -
  mul_op := * | /
  digits := {+|-} [0..9] {[0..9]}

  expr   := term {add_op term}
  term   := factor {mul_op factor}