stephenmm

// g++ passing_by_example.cpp -o passing_by_example.x && ./passing_by_example.x
#include <iostream>
using namespace std;

int main(){
  int Bats = 1;
  int *pB = &Bats;
  int& rB = Bats;

  void PassByValue(int b);

stephenmm

// g++ dynamic_cast_example.cpp -o dynamic_cast_example.x && dynamic_cast_example.x
#include <iostream>
using namespace std;

class A            { public: virtual string class_string() { return "Class A"; } };
class B : public A { public: virtual string class_string() { return "Class B"; } };
class C : public A { public: virtual string class_string() { return "Class C"; } };
class D : public C { public: virtual string class_string() { return "Class D"; } };

// dynamic_cast returns NULL if the cast is impossible and the type is a pointer

stephenmm

/*
  g++ -c -Wall -g chess_test.cpp && \
  g++ -g -o chess_test.exe chess_test.o &&\
  ./chess_test.exe
*/
#include <iostream>
#include <iomanip>
#include <list>
#include <vector>
using namespace std;

stephenmm

/** To compile:
   gcc -Wall -c named_func_params.c -o named_func_params.o && \
   gcc named_func_params.o -lm -o named_func_params.x && \
   named_func_params.x
*/
#include<stdio.h>

typedef struct funcParams_s{
  int                     UID;
  char                    uid_char[24];

stephenmm

#!/usr/bin/perl -w
# AUTHOR: Stephen Meckley 7/10/2013
package cnvrt;

use strict;
use warnings;

__PACKAGE__->main(@ARGV) unless caller;

sub main {

stephenmm

function! RenameCurrentFile(newName)
  let l:currentFile = expand("%:p")
  silent! exe "saveas " . a:newName
  if delete(l:currentFile)
      echoerr "Could not delete " . l:currentFile
  endif
endfunction
command! -nargs=1 -complete=file -bang RenameCurrentFile :call RenameCurrentFile("<args>")
noremap <Leader>rf  :RenameCurrentFile <C-R>=expand("%:p")<CR>

stephenmm

"
"   You will have to restart vim for this to take effect.  In any case
"   it is a good idea to read ":he new-filetype" so that you know what
"   is going on, and why the above lines work.
"
"   Written originally by Dominic Mitchell, Jan 2006.
"   happygiraffe.net
"
"   Modified by Aaron Bieber, May 2007.
"   blog.aaronbieber.com

stephenmm

" This:
if not session.counter:
  session.counter = 1
else:
  session.counter += 1
" Is equvalent to this:
session.counter = (session.counter or 0) + 1

stephenmm

"""
This recipe describes how to handle asynchronous I/O in an environment where
you are running Tkinter as the graphical user interface. Tkinter is safe
to use as long as all the graphics commands are handled in a single thread.
Since it is more efficient to make I/O channels to block and wait for something
to happen rather than poll at regular intervals, we want I/O to be handled
in separate threads. These can communicate in a threasafe way with the main,
GUI-oriented process through one or several queues. In this solution the GUI
still has to make a poll at a reasonable interval, to check if there is
something in the queue that needs processing. Other solutions are possible,

stephenmm

# Interactively play with data in matplotlib!!!
# Start python command line:
#   > python
#   >>> 
# Then copy and paste the code below.

import matplotlib.pyplot as plt
import matplotlib as mpl
import numpy as np