abc

Kolorwanie:
Status:
123456789101112131415161718192021
#include <stdio.h>
#include <stdlib.h>

typedef struct element {
    int element_id;
    int num_elements;

    struct element *next;
} element_t;

typedef struct model {
    int model_id;
    element_t *element;

    struct model *next;
} model_t;

element_t *create_element(int element_id) {
    element_t *element = malloc(sizeof(element_t));


Event Bożonarodzeniowy:::Grinch

Kolorwanie:
Status:
12
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

Kolorwanie:
Status:
1234
Zapytanie 3 - CREATE USER andrzej@localhost IDENTIFIED BY "andrzej1@";

Zapytanie 4 - GRANT SELECT,UPDATE  ON samochody.samochody TO andrzej@localhost;

icony

Kolorwanie:
Status:
12
http://www.mediafire.com/file/n3kq7p8w00clcvl/Nowy_folder.7z/file

aids3

Kolorwanie:
Status:
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#include "pch.h"
#include <iostream>
using namespace std;

const int n = 7;
int tab[n] = { 4,6,18,20,39,40,2 };

void bubble(int tab[], int kierunek)
{
	int licznik = 0;
	for (int i = 1; i < n; i++)
	{
		for (int j = n - 1; j >= i; j--)
		{
			if (kierunek == 1)
			{
				if (tab[j] < tab[j - 1])
				{
					licznik++;
					int tmp = tab[j - 1];

pozdro

Kolorwanie:
Status:
12
https://pastebin.com/1gX1W31K

Kolorwanie:
Status:
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#include <iostream>
#include <fstream>


using namespace std;

string napis;
int tab [12];
int main() 
{
	fstream plik;
	plik.open("slowa.txt", ios::in);
	for (int i=0; i<12; i++){tab[i]=0;}
		
		
	while(plik>>napis)
	 {	
	 	tab[napis.length()-1]++;
	 	
	 }

Kolorwanie:
Status:
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#define TMP36 A3
#include <Adafruit_NeoPixel.h> //dołączenie biblioteki
#include <LiquidCrystal.h>

LiquidCrystal lcd(12, 11, 5, 4, 3, 2);
Adafruit_NeoPixel linijka = Adafruit_NeoPixel(24, A1, NEO_GRB + NEO_KHZ800);

float Napiecie_wej = 0;
float Napiecie_wyj = 0;
float R1=9000;
float R2=1000;
float Prad = 0;
void setup() 
{
  Serial.begin(9600);
  lcd.begin(16, 2); 
  linijka.begin();
  }

void loop() 

Kolorwanie:
Status:
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#define TMP36 A3
#include <Adafruit_NeoPixel.h> //dołączenie biblioteki
#include <LiquidCrystal.h>

LiquidCrystal lcd(12, 11, 5, 4, 3, 2);
Adafruit_NeoPixel linijka = Adafruit_NeoPixel(24, A1, NEO_GRB + NEO_KHZ800);

float Napiecie_wej = 0;
float Napiecie_wyj = 0;
float R1=9000;
float R2=1000;
void setup() 
{
  Serial.begin(9600);
  lcd.begin(16, 2); 
  linijka.begin();
  }

void loop() 
{

elo

Kolorwanie:
Status:
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6.SELECT imie, nazwisko, if(premia=NULL;0;premia)
from pracownicy;

7.SELECT imie, nazwisko, if(premia>0 or premia=NULL);'Jest premia';'Nie ma premii'
from pracownicy;

12.SELECT nazwa, COUNT(idPracownik) from stanowiska 
Inner join pracownicy ON stanowiska.idStanowiska=pracownicy.idStanowiska
GROUP BY nazwa 
HAVING COUNT(idPracownika)>2;

13.SELECT oddzialy.nazwa, AVG(pracownicy.pensja) 
AS srednia
from pracownicy Inner Join oddzialy ON pracownicy.idOddzialy=oddzialy.idOddzialy;
HAVING AVG(pracownicy.pensja) BETWEEN 2000 and 7000;
GROUP by oddzialy.nazwa

14.SELECT stanowiska.nazwa, AVG(pracownicy.pensja) 
AS srednia
FROM pracownicy INNER JOIN stanowiska ON pracownicy.idStanowiska=stanowiska.idStanowiska


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