LTe

        A = (Complex **) malloc(sizeof(Complex*) * n);  // Alokowanie macierzy, wysokosc (tablica wskaznikow)
        for(k=0; k<=n; k++)
                *(A+k) = (Complex*) malloc(sizeof(Complex) * (m+1)); // Dolaczenia do kazdego elementu tablicy wskanikow, m wskaznikow

LTe

class Texter
  def initialize(tekst)
    @str = tekst
    @tablica = findChangeIndexes
  end
  
  attr_reader :str, :tablica

  def findChangeIndexes
    wynik = []

LTe

#include <stdlib.h>
#include <stdio.h>

char* readline(FILE* f)
{
	/*
	 * calloc is like malloc, except it allocates cleared memory
	 * so you don't have random bytes in the memory space 
	*/
	char* line = (char*) calloc(0, sizeof(char) );;

LTe

POST /pins/save HTTP/1.1
Host: nasza-klasa.pl
Proxy-Connection: keep-alive
Referer: http://nasza-klasa.pl/profile/28525834/gallery/album/2/1
Origin: http://nasza-klasa.pl
X-Request: JSON
Local-Timestamp: 1274274914
X-Requested-With: XMLHttpRequest
isAjaxy: very
Content-type: application/x-www-form-urlencoded; charset=UTF-8

LTe

## Czasy dzialania algorytmow: Dijkstra oraz Bellman-Ford

## Dijkstra:

#graf rzadki

Liczba krawedzi= 2572
Liczba wierzcholkow= 100
CZAS = 0 s

LTe

plik = File.open("intel.hex", "r")
hex = plik.readlines
binfile = []

hex.each do |line|
adress = line[3..6]
type = line[7..8]
data = line[9..40]
checksum = line[41..42]

LTe

VAR
a b c
START
a:=0;
b:=5;
c:=7;

IF a<b THEN
PRINT 1;
ELSE

LTe

generujKod("ZERO", -1);
	context_check("STORE", "xA");
	context_check("LOAD", $1);
	context_check("STORE", "xB");
	context_check("LOAD", $3);
	context_check("STORE", "xC");
	context_check("LOAD", "#jeden");
	context_check("STORE", "xD");
	context_check("ADD", "xD");
	context_check("SUB", "xB");

LTe

                generujKod("ZERO", -1);
		context_check("ADD", $3);
		generujKod("JZ", generujEtykiete()+32);
		context_check("STORE", "xB");
		context_check("LOAD", $1);
		context_check("STORE", "xA");
		context_check("LOAD", "#jeden");
		context_check("STORE", "xD");
		context_check("LOAD", $3);
		context_check("STORE", "xC");

LTe

		gen_code("ZERO", -1);
		is_declare("STORE", "xB");
		is_declare("LOAD", $1);
		is_declare("STORE", "xA");
		is_declare("LOAD", "#jeden");
		is_declare("STORE", "xD");
		is_declare("LOAD", $3);
		is_declare("STORE", "xC");
		is_declare("ADD", "xC");
		is_declare("SUB", "xA");