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encode2.cpp
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encode2.cpp
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#include<bits/stdc++.h>
#include<fstream>
using namespace std;
int cToiE(char x);
bool checkSumE(string answer);
bool checkEAN(string answer);
void getHeaderForEncoding();
struct rowPad getPaddingInfo();
string getEncryption();
string getBinary(int value);
string getLinearEncryption();
void getImage(unsigned char *pixels,int rowSize,int paddingPerLine);
void getLinearImage(unsigned char *pixels,int rowSize,int paddingPerLine);
void makeHeaderUPCEAN(bool UPC, bool EAN);
void encode();
void encode(string barcode);
string checkFirstDigit();
string fileNameToWrite;
string inputForEncoding;
unsigned char header[54];
unsigned char black; //i have the value black that i can write in the file
unsigned char white;
int pixelSize;
struct rowPad{ //rowsize and padding structure to return value
int rowsize;
int paddingPerLine;
};
struct headerForEncoding{ //header structure
int sizeOfFileE;
int widthIntE;
int heightIntE;
int bitcountE;
int offsetIntE;
};
int cToiE(char x){ //returns the char value to int
return (int)(x-48);
}
bool checkSumE(string answer){ //checks if UPC or not
int x,y,a,b;
x =cToiE(answer[0]) + cToiE(answer[2]) + cToiE(answer[4]) + cToiE(answer[6]) + cToiE(answer[8]) + cToiE(answer[10]);
x = x*3;
a =cToiE(answer[1]) + cToiE(answer[3]) +cToiE(answer[5]) + cToiE(answer[7]) + cToiE(answer[9]);
y = x + a;
y = y % 10;
if(y==0)y=10;
b = 10 - y;
if((cToiE(answer[11]))==b){
return true;
}
else{
return false;
}
}
bool checkEAN(string answer){ //checks if Ean or not
int x,y,a,b;
x =cToiE(answer[0]) + cToiE(answer[2]) + cToiE(answer[4]) + cToiE(answer[6]) + cToiE(answer[8]) + cToiE(answer[10]);
a =cToiE(answer[1]) + cToiE(answer[3]) +cToiE(answer[5]) + cToiE(answer[7]) + cToiE(answer[9])+ cToiE(answer[11]);
a=a*3;
y = x + a;
y = y % 10;
if(y==0)y=10;
b = 10 - y;
if((cToiE(answer[12]))==b){
return true;
}
else{
return false;
}
}
headerForEncoding encodedInfo;
void getHeaderForEncoding(){ //gets some of the important header information
encodedInfo.sizeOfFileE = (int)header[2] + ( ((int)header[3]) * 256) + (((int)header[4]) * 65536) + (((int)header[5]) * 16777216); //got size
encodedInfo.widthIntE = (((int)header[18]) + ((int)header[19] * 256) +((int)header[20] *65536) + ((int)header[21] *16777216)); //got width
encodedInfo.heightIntE=(((int)header[22]) + ((int)header[23] * 256) +((int)header[24] *65536) + ((int)header[25] *16777216));
encodedInfo.bitcountE=(int)header[28];
encodedInfo.offsetIntE=(((int)header[10]) + ((int)header[11] * 256) +((int)header[12] *65536) + ((int)header[13] *16777216));
}
struct rowPad getPaddingInfo(){ //gets the rowsize and padding
rowPad r;
int a,b,rowsize;
a = encodedInfo.sizeOfFileE - encodedInfo.offsetIntE - (encodedInfo.widthIntE * encodedInfo.heightIntE * (encodedInfo.bitcountE/8));
b=a/encodedInfo.heightIntE;
rowsize = (encodedInfo.widthIntE * (encodedInfo.bitcountE/8))+b;
/* cout << encodedInfo.sizeOfFileE << "\n";
cout << a << "\n";
cout << b << "\n";
cout << rowsize << "\n"; //needed calculation
cout << encodedInfo.heightIntE<<"\n";
cout << rowsize*encodedInfo.heightIntE << "\n";
cout << (rowsize*encodedInfo.heightIntE)+encodedInfo.offsetIntE << "\n";
*/
r.rowsize=rowsize-b;
r.paddingPerLine=b;
return r;
}
string checkFirstDigit(){
string parity="";
if(inputForEncoding[0]=='0'){
parity = "OOOOOO";
}
else if(inputForEncoding[0]=='1'){
parity = "OOEOEE";
}
else if(inputForEncoding[0]=='2'){
parity = "OOEEOE";
}
else if(inputForEncoding[0]=='3'){
parity = "OOEEEO";
}
else if(inputForEncoding[0]=='4'){
parity = "OEOOEE";
}
else if(inputForEncoding[0]=='5'){
parity = "OEEOOE";
}
else if(inputForEncoding[0]=='6'){
parity = "OEEEOO";
}
else if(inputForEncoding[0]=='7'){
parity = "OEOEOE";
}
else if(inputForEncoding[0]=='8'){
parity = "OEOEEO";
}
else if(inputForEncoding[0]=='9'){
parity = "OEEOEO";
}
return parity;
}
string getEncryption(){ //encrypting value to upc or ean barcode
string encrytedCode;
int lengthOfBarcode=inputForEncoding.length();
encrytedCode = "101";
if(lengthOfBarcode==12){
for(int i=0;i<6;i++){
if(inputForEncoding[i]=='0'){
encrytedCode = encrytedCode + "0001101";
}
else if (inputForEncoding[i]=='1'){
encrytedCode = encrytedCode + "0011001";
}
else if (inputForEncoding[i]=='2'){
encrytedCode = encrytedCode + "0010011";
}
else if (inputForEncoding[i]=='3'){
encrytedCode = encrytedCode + "0111101";
}
else if (inputForEncoding[i]=='4'){
encrytedCode = encrytedCode + "0100011";
}
else if (inputForEncoding[i]=='5'){
encrytedCode = encrytedCode + "0110001";
}
else if (inputForEncoding[i]=='6'){
encrytedCode = encrytedCode + "0101111";
}
else if (inputForEncoding[i]=='7'){
encrytedCode = encrytedCode + "0111011";
}
else if (inputForEncoding[i]=='8'){
encrytedCode = encrytedCode + "0110111";
}
else if (inputForEncoding[i]=='9'){
encrytedCode = encrytedCode + "0001011";
}
}
encrytedCode = encrytedCode +"01010";
for(int i=6;i<12;i++){
if(inputForEncoding[i]=='0'){
encrytedCode = encrytedCode + "1110010";
}
else if (inputForEncoding[i]=='1'){
encrytedCode = encrytedCode + "1100110";
}
else if (inputForEncoding[i]=='2'){
encrytedCode = encrytedCode + "1101100";
}
else if (inputForEncoding[i]=='3'){
encrytedCode = encrytedCode + "1000010";
}
else if (inputForEncoding[i]=='4'){
encrytedCode = encrytedCode + "1011100";
}
else if (inputForEncoding[i]=='5'){
encrytedCode = encrytedCode + "1001110";
}
else if (inputForEncoding[i]=='6'){
encrytedCode = encrytedCode + "1010000";
}
else if (inputForEncoding[i]=='7'){
encrytedCode = encrytedCode + "1000100";
}
else if (inputForEncoding[i]=='8'){
encrytedCode = encrytedCode + "1001000";
}
else if (inputForEncoding[i]=='9'){
encrytedCode = encrytedCode + "1110100";
}
}
encrytedCode = encrytedCode + "101";
}
else if (lengthOfBarcode==13){
string parity = checkFirstDigit();
for(int i=1;i<7;i++){
if(inputForEncoding[i]=='0' && parity[i-1]=='O'){
encrytedCode = encrytedCode + "0001101";
}
else if (inputForEncoding[i]=='1'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0011001";
}
else if (inputForEncoding[i]=='2'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0010011";
}
else if (inputForEncoding[i]=='3'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0111101";
}
else if (inputForEncoding[i]=='4'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0100011";
}
else if (inputForEncoding[i]=='5'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0110001";
}
else if (inputForEncoding[i]=='6'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0101111";
}
else if (inputForEncoding[i]=='7'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0111011";
}
else if (inputForEncoding[i]=='8'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0110111";
}
else if (inputForEncoding[i]=='9'&& parity[i-1]=='O'){
encrytedCode = encrytedCode + "0001011";
}
else if(inputForEncoding[i]=='0' && parity[i-1]=='E'){
encrytedCode = encrytedCode + "0100111";
}
else if (inputForEncoding[i]=='1'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0110011";
}
else if (inputForEncoding[i]=='2'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0011011";
}
else if (inputForEncoding[i]=='3'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0100001";
}
else if (inputForEncoding[i]=='4'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0011101";
}
else if (inputForEncoding[i]=='5'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0111001";
}
else if (inputForEncoding[i]=='6'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0000101";
}
else if (inputForEncoding[i]=='7'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0010001";
}
else if (inputForEncoding[i]=='8'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0001001";
}
else if (inputForEncoding[i]=='9'&& parity[i-1]=='E'){
encrytedCode = encrytedCode + "0010111";
}
}
encrytedCode = encrytedCode +"01010";
for(int i=7;i<13;i++){
if(inputForEncoding[i]=='0'){
encrytedCode = encrytedCode + "1110010";
}
else if (inputForEncoding[i]=='1'){
encrytedCode = encrytedCode + "1100110";
}
else if (inputForEncoding[i]=='2'){
encrytedCode = encrytedCode + "1101100";
}
else if (inputForEncoding[i]=='3'){
encrytedCode = encrytedCode + "1000010";
}
else if (inputForEncoding[i]=='4'){
encrytedCode = encrytedCode + "1011100";
}
else if (inputForEncoding[i]=='5'){
encrytedCode = encrytedCode + "1001110";
}
else if (inputForEncoding[i]=='6'){
encrytedCode = encrytedCode + "1010000";
}
else if (inputForEncoding[i]=='7'){
encrytedCode = encrytedCode + "1000100";
}
else if (inputForEncoding[i]=='8'){
encrytedCode = encrytedCode + "1001000";
}
else if (inputForEncoding[i]=='9'){
encrytedCode = encrytedCode + "1110100";
}
}
encrytedCode = encrytedCode + "101";
}
return encrytedCode;
}
string getBinary(int value){ //transforming value to binary for encryption purpose
string convertedCode="";
int a,b;
for(int i=1;i<=4;i++){
a=value%2;
value=value/2;
b=value%2;
value=value/2;
if(a==0 && b==0)convertedCode+="0";
else if(a==0 && b==1)convertedCode+="1";
else if(a==1 && b==0)convertedCode+="2";
else if(a==1 && b==1)convertedCode+="3";
}
return convertedCode;
}
string getLinearEncryption(){ //encrypts the input to linear barcode
string encryptedCode="";
int lengthOfBarcode=inputForEncoding.length();
for(int i=0;i<lengthOfBarcode;i++){
encryptedCode =encryptedCode + getBinary((int)inputForEncoding[i]);
}
return encryptedCode;
}
void getImage(unsigned char *pixels,int rowSize,int paddingPerLine){ //if upc or ean then it makes the pixels
string encrytedCode;
encrytedCode = getEncryption();
/* cout << pixelSize<<"\n";
cout << encodedInfo.bitcountE << "\n";
cout << encodedInfo.heightIntE * encodedInfo.widthIntE * (encodedInfo.bitcountE/8)<<"\n";
cout << encodedInfo.heightIntE << "\n";
cout << encodedInfo.widthIntE << "\n";
cout << (encodedInfo.bitcountE/8) << "\n";*/
//cout << rowSize<< " " << paddingPerLine;
int lineCount=3;
while(true){
if((95*lineCount)<rowSize)lineCount+=3;
else{
lineCount-=3;
break;
}
}
int quarters = (rowSize- (95*lineCount))/2;
int mainCount=0;
while(mainCount<1){ //the real equations to make the image
for(int j=1;j<=10;j++){
for(int k=1;k<=rowSize+paddingPerLine;k++){ //make white to the lower screen
pixels[mainCount]=white;
mainCount++;
}
}
for(int i=1;i<=10;i++){ //main drawing area
for(int x=1;x<=quarters;x++){ //first quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int i=0;i<95;i++){
if(encrytedCode[i]=='0' && ((i>=0 && i<=9)|| (i>=46 && i<=48)||(i>=85 && i<=94))){
for(int x=0;x<lineCount;x++){
pixels[mainCount]=white;
mainCount++;
}
}
else if (encrytedCode[i]=='1'&& ((i>=0 && i<=9)|| (i>=46 && i<=48)||(i>=85 && i<=94))){
for(int x=0;x<lineCount;x++){
pixels[mainCount]=black;
mainCount++;
}
}
else{
for(int x=0;x<lineCount;x++){
pixels[mainCount]=white;
mainCount++;
}
}
}
for(int x=quarters+(95*lineCount);x<rowSize;x++){ //last quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int x=1;x<=paddingPerLine;x++){ //getting rid of paddings
pixels[mainCount]=white;
mainCount++;
}
}
for(int i=1;i<=encodedInfo.heightIntE-40;i++){ //main drawing area
for(int x=1;x<=quarters;x++){ //first quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int i=0;i<95;i++){
if(encrytedCode[i]=='0'){
for(int x=0;x<lineCount;x++){
pixels[mainCount]=white;
mainCount++;
}
}
else if (encrytedCode[i]=='1'){
for(int x=0;x<lineCount;x++){
pixels[mainCount]=black;
mainCount++;
}
}
}
for(int x=quarters+(95*lineCount);x<rowSize;x++){ //last quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int x=1;x<=paddingPerLine;x++){ //getting rid of paddings
pixels[mainCount]=white;
mainCount++;
}
}
for(int j=1;j<=20;j++){
for(int k=1;k<=rowSize+paddingPerLine;k++){ //make white to the lower screen
pixels[mainCount]=white;
mainCount++;
}
}
}
}
void getLinearImage(unsigned char *pixels,int rowSize,int paddingPerLine){ //if linear barcode then it makes the pixels
string encrytedCode;
encrytedCode = getLinearEncryption();
int lengthOfEncryptedCode = encrytedCode.length();
//cout << encrytedCode << "\n";
int lineCount=12;
/* while(true){
if((lengthOfEncryptedCode*lineCount)<rowSize)lineCount+=3;
else{
lineCount-=3;
break;
}
}*/
int quarters = (rowSize- (lengthOfEncryptedCode*lineCount))/2;
//cout << quarters<<" "<<rowSize<<" "<< lengthOfEncryptedCode<<" " << lineCount;
int mainCount=0;
while(mainCount<1){ //the real equations to make the image
for(int j=1;j<=20;j++){
for(int k=1;k<=rowSize+paddingPerLine;k++){ //make white to the upper screen
pixels[mainCount]=white;
mainCount++;
}
}
for(int i=1;i<=encodedInfo.heightIntE-40;i++){ //main drawing area
for(int x=1;x<=quarters;x++){ //first quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int i=0;i<lengthOfEncryptedCode;i++){
if(encrytedCode[i]=='0'){ //Blue //BGR formated B+G=cyan G+R=Yellow R+B=purple
for(int x=0;x<lineCount/3;x++){
pixels[mainCount]=white;
mainCount++;
pixels[mainCount]=black;
mainCount++;
pixels[mainCount]=black;
mainCount++;
}
}
else if (encrytedCode[i]=='1'){ //Green // cyan
for(int x=0;x<lineCount/3;x++){
pixels[mainCount]=black;
mainCount++;
pixels[mainCount]=white;
mainCount++;
pixels[mainCount]=black;
mainCount++;
}
}
else if (encrytedCode[i]=='2'){ //RED
for(int x=0;x<lineCount/3;x++){
pixels[mainCount]=black;
mainCount++;
pixels[mainCount]=black;
mainCount++;
pixels[mainCount]=white;
mainCount++;
}
}
else if (encrytedCode[i]=='3'){ //yellow
for(int x=0;x<lineCount/3;x++){
pixels[mainCount]=black;
mainCount++;
pixels[mainCount]=white;
mainCount++;
pixels[mainCount]=white;
mainCount++;
}
}
}
for(int x=quarters+(lengthOfEncryptedCode*lineCount);x<rowSize;x++){ //last quarter white
pixels[mainCount]=white;
mainCount++;
}
for(int x=1;x<=paddingPerLine;x++){ //getting rid of paddings
pixels[mainCount]=white;
mainCount++;
}
}
for(int j=1;j<=20;j++){
for(int k=1;k<=rowSize+paddingPerLine;k++){ //make white to the lower screen
pixels[mainCount]=white;
mainCount++;
}
}
}
}
void makeHeaderUPCEAN(bool UPC, bool EAN){ // writes the pixels in the image
rowPad rowAndPad;
FILE *outputFile,*inputFile;
inputFile=fopen("SpecialForEncoding.bmp","rb"); //General header for my upc and ean images which i will encode
fread(header,1,sizeof(header),inputFile);
getHeaderForEncoding(); //calculates some important values for the image
outputFile=fopen(fileNameToWrite.c_str(),"wb");
if(!UPC && !EAN)header[6]='ÿ'; //only signature to identify its linear ,important for later decoding
fwrite(&header,1,54,outputFile); //i have made the file bmp
black =header[5]; //i have the value black that i can write in the file
white = 'ÿ'; //I have the value of white that i can write it in the file
rowAndPad = getPaddingInfo();
pixelSize = encodedInfo.sizeOfFileE - encodedInfo.offsetIntE; //size -54
unsigned char pixels[pixelSize];
if(UPC==false && EAN==false){
getLinearImage(pixels,rowAndPad.rowsize,rowAndPad.paddingPerLine);
}
else{
getImage(pixels,rowAndPad.rowsize,rowAndPad.paddingPerLine);
}
fseek(outputFile, encodedInfo.offsetIntE, SEEK_SET);
fwrite(&pixels,1,sizeof(pixels),outputFile);
fclose(outputFile);
// outputFile.close();
}
void encode(){ //takes input checks barcode and bmp extension
bool UPC=false,EAN=false;
cout << "Enter the fileName in which you want to make your image and do give .bmp in the end: ";
getline(cin,fileNameToWrite);
string str = fileNameToWrite.substr((fileNameToWrite.length()-4),4);
if(str!=".bmp"){
cout << "There is no .bmp extension enter filename again with .bmp extension\n";
encode();
}
bool foundBarcode=false;
do{
cout << "Enter the barcode: ";
getline(cin,inputForEncoding); //The barcode given by the User
int lengthOfBarcode=inputForEncoding.length();
if(lengthOfBarcode == 12){
UPC = checkSumE(inputForEncoding); //Checks if UPC
}
else if(lengthOfBarcode == 13){
EAN = checkEAN(inputForEncoding); //Checks if EAN
}
if(UPC){
foundBarcode = true;
cout << "UPC Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
else if(EAN){
foundBarcode = true;
cout << "EAN Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
else if(UPC==false && EAN==false){ //If none make a linear barcode
foundBarcode = true;
cout << "Linear Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
}while(foundBarcode==false);
}
void encode(string barcode){
bool UPC=false,EAN=false;
cout << "Enter the fileName in which you want to make your image and do give .bmp in the end: ";
getline(cin,fileNameToWrite);
string str = fileNameToWrite.substr((fileNameToWrite.length()-4),4);
if(str!=".bmp"){
cout << "There is no .bmp extension enter filename again with .bmp extension\n";
encode();
}
bool foundBarcode=false;
do{
//cout << "Enter the barcode: ";
inputForEncoding=barcode; //The barcode generated by the program
int lengthOfBarcode=inputForEncoding.length();
if(lengthOfBarcode == 12){
UPC = checkSumE(inputForEncoding); //Checks if UPC
}
else if(lengthOfBarcode == 13){
EAN = checkEAN(inputForEncoding); //Checks if EAN
}
if(UPC){
foundBarcode = true;
cout << "UPC Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
else if(EAN){
foundBarcode = true;
cout << "EAN Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
else if(UPC==false && EAN==false){ //If none make a linear barcode
foundBarcode = true;
cout << "Linear Barcode.\n";
makeHeaderUPCEAN(UPC,EAN);
}
}while(foundBarcode==false);
}
/*int main (){
encode();
return 0;
}*/