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int main (int a, char **){
printf ("Hello World!!!");
}
lab46:~$ hg help
lab46:~$ mv src src.bak
lab46:~$ mkdir src
lab46:~$ hg clone http://www/hg/user/(username) ~/src
lab46:~$ hg clone http://lab46.corning-cc.edu/hg/user/(username) ~/src
lab46:~$ cd src
lab46:~$ lab46:~/src$ mv ~/src.bak/* ~/src/
lab46:~/src$ rmdir ~/src.bak
lab46:~/src$ vi .hg/hgrc
[paths]
default = http://www/hg/user/(lab46username)
[web]
push_ssl = False
allow_push = *

[ui]
username = (your real first name followed by last name, space separated) <(lab46username)@lab46.corning-cc.edu>

[auth]
lab46.prefix = http://www/hg/user/(lab46username)
lab46.username = (lab46username)
lab46.schemes = http
lab46~/src$ vi .hgignore
lab46:~/src$ hg status
lab46:~/src$ hg add
lab46:~/src$ hg add
adding pokemon.c
lab46:~/src$
lab46:~/src$ hg commit -m "(something to note about the commit that can be easily referenced)"
lab46:~/src$ hg push
http authorization required
realm: Lab46/LAIR Mercurial Repository (Authorization Required)
user: <lab 46 user name>
password: <lab 46 password>
pushing to http://www/user/<lab 46 user name>
searching for changes
remote: adding changesets
remote: adding manifests
remote: adding file changes
remote: added <#> changesets with <#> change to <#> file
lab46:~/src$ hg pull
lab46:~/src$ hg update
Example : int main (int argc, char ** argv)
#include <stdio.h>
int main( )
{
    signed char sc;
    unsigned char uc;
    sc = 0;
    uc = 0;
    printf("an unsigned char is %hhu bytes \n", sizeof(uc));
    printf("lower bound is % hhu \n", uc);
    printf ("upper bound is % hhu \n", (uc - 1));
    return(0);
}
  1 #include <stdio.h>
  2 int main( )
  3 {
  4     unsigned char uc=0;
  5     unsigned short int us=0;
  6     unsigned int ui=0;
  7     unsigned long int ul=0;
  8     unsigned long long int um=0;
  9     //unsigned char
 10     printf("A unsigned char is %d byte\n",sizeof(uc));
 11     printf("Lower bounds is %hhu\n", (uc));
 12     printf("Upper bounds is %hhu\n\n", (uc-1));
 13     //unsigned short
 14     printf("A unsigned short is %d bytes\n",sizeof(us));
 15     printf("Lower bounds is %hu\n", (us));
 16     printf("Upper bounds is %hu\n\n", (us-1));
 17     //unsigned int
 18     printf("A unsigned int is %d bytes\n",sizeof(ui));
 19     printf("Lower bounds is %u\n", (ui));
 20     printf("Upper bounds is %u\n\n", (ui-1));
 21     //unsigned long
 22     printf("A unsigned long is %d bytes\n",sizeof(ul));
 23     printf("Lower bounds is %lu\n", (ul));
 24     printf("Upper bounds is %lu\n\n", (ul-1));
 25     //unsigned long long
 26     printf("A unsigned long long is %d bytes\n",sizeof(um));
 27     printf("Lower bounds is %llu\n", (um));
 28     printf("Upper bounds is %llu\n\n", (um-1));
 29     return(0);
 30 }
A unsigned char is 1 byte
Lower bounds is 0
Upper bounds is 255

A unsigned short is 2 bytes
Lower bounds is 0
Upper bounds is 65535

A unsigned int is 4 bytes
Lower bounds is 0
Upper bounds is 4294967295

A unsigned long is 8 bytes
Lower bounds is 0
Upper bounds is 18446744073709551615

A unsigned long long is 8 bytes
Lower bounds is 0
Upper bounds is 18446744073709551615
  1 #include <stdio.h>
  2 int main( )
  3 {
  4     signed char sc=0;
  5     signed short int ss=0;
  6     signed int si=0;
  7     signed long int sl=0;
  8     signed long long int sm=0;
  9     //signed char
 10     printf("A signed char is %d byte\n",sizeof(sc));
 11     printf("Lower bounds is %hhd\n", ((unsigned char)(sc-1)/2)+1);
 12     printf("Upper bounds is %hhd\n\n", ((unsigned char)(sc-1)/2));
 13     //signed short
 14     printf("A signed short is %d bytes\n",sizeof(ss));
 15     printf("Lower bounds is %hd\n", ((unsigned short)(ss-1)/2)+1);
 16     printf("Upper bounds is %hd\n\n", ((unsigned short)(ss-1)/2));
 17     //signed int
 18     printf("A signed int is %d bytes\n",sizeof(si));
 19     printf("Lower bounds is %d\n", ((unsigned int)(si-1)/2)+1);
 20     printf("Upper bounds is %d\n\n", ((unsigned int)(si-1)/2));
 21     //signed long
 22     printf("A signed long is %d bytes\n",sizeof(sl));
 23     printf("Lower bounds is %ld\n", ((unsigned long)(sl-1)/2)+1);
 24     printf("Upper bounds is %ld\n\n", ((unsigned long)(sl-1)/2));
 25     //signed long long
 26     printf("A signed long long is %d bytes\n",sizeof(sm));
 27     printf("Lower bounds is %lld\n", ((unsigned long long)(sm-1)/2)+1);
 28     printf("Upper bounds is %lld\n\n", ((unsigned long long)(sm-1)/2));
 29     return(0);
 30 }
A signed char is 1 byte
Lower bounds is -128
Upper bounds is 127

A signed short is 2 bytes
Lower bounds is -32768
Upper bounds is 32767

A signed int is 4 bytes
Lower bounds is -2147483648
Upper bounds is 2147483647

A signed long is 8 bytes
Lower bounds is -9223372036854775808
Upper bounds is 9223372036854775807

A signed long long is 8 bytes
Lower bounds is -9223372036854775808
Upper bounds is 9223372036854775807
#include <stdio.h>
int main( )
{
    signed char sc;
    unsigned char uc;
    sc = 0;
    uc = 0;
    printf("a signed char is %hhu bytes\n", sizeof(sc));
    printf("lower bound is %hhd\n",((unsigned char)(uc-1)/2)+1);
//    printf("upper bound is %hhd\n",((unsigned char)(uc-1)/2));
    printf("upper bound is %hhd\n", 0xFFFF & 0x80);
    return(0);
}
  1 #include <stdio.h>
  2 #include <stdlib.h>
  3 int main( )
  4 {
  5     char *name,fi;
  6     name=NULL;
  7     fi=0;
  8     unsigned char age=0;
  9     printf("Please enter your name");
 10     name=(char*)malloc(sizeof(char)*20);
 11     scanf("%s", name);
 12     printf("%s, what is your age?",name);
 13     scanf("%hhu",&age);
 14     fi=*(name+0);
 15     printf("%s, your initial is %c (%hhu) and you are %hhu years old\n",name    ,fi,fi,age);
 16     return(0);
 17 }
  * "When writing IF statements it is good to remember"
  - "> greater than"
  - "< less then"
  - ">= greater than or equal to"
  - "<= less than or equal to"
  - "== Check equality ( is this equal to)"
  - "!= not equals"
  - "= sets equality"
  - "if statements do not need a semicolon"
  - "you can have if statements"
  - "else statements"
  - "with else if"
  - "have have exactly 1 if"
  - "can have only "
  - "exactly 1 else"
  - "0 or more else if"
  - "if(0) - true"
  - "if(1) - false"
  1 # include <stdio.h>
  2 # include <gd.h>
  3 # define BLACK 0
  4 # define RED 1
  5 # define GREEN 2
  6 # define BLUE 3
  7 # define WHITE 4
  8 # define YELLOW 5
  9 int main()
 10 {
 11     FILE *out; // lets us interact with files in this case an output file
 12     char outfile[]="/home/jkosty6/public_html/snowmanhouseccc.png";
 13     gdImagePtr img;
 14     unsigned int color[5];
 15     unsigned short int high,wide,x;
 16     wide=800;
 17     high=600;
 18     img=gdImageCreate(wide,high);
 19     color[BLACK]=gdImageColorAllocate(img,0,0,0);
 20     color[RED]=gdImageColorAllocate(img,255,0,0);
 21     color[GREEN]=gdImageColorAllocate(img,0,255,0);
 22     color[BLUE]=gdImageColorAllocate(img,0,0,255);
 23     color[WHITE]=gdImageColorAllocate(img,255,255,255);
 24     color[YELLOW]=gdImageColorAllocate(img,255,255,0);
 25     gdImageFilledRectangle(img,0,0,wide-1,high-1,color[BLACK]);
 26     gdImageFilledRectangle(img,wide/3,high/1,wide/1,high/3, color[YELLOW]);
 27     gdImageFilledRectangle(img,wide/3,150,wide/1,200, color[BLUE]);
 28     gdImageFilledRectangle(img,300,400,400,500, color[BLACK]);
 29     gdImageFilledRectangle(img,650,400,750,500, color[BLACK]);
 30     gdImageFilledRectangle(img,450,400,600,high-1, color[BLACK]);
 31     gdImageFilledArc(img, 90, 90, 180, 180, -270, -90, color[RED], gdArc);
 32     gdImageFilledArc(img, 180, 90, 180, 180, -270, -90, color[RED], gdArc);
 33     gdImageFilledArc(img, 270, 90, 180, 180, -270, -90, color[RED], gdArc);
 34     gdImageFilledArc(img, 90, 300, 100, 100, 360, 0, color[WHITE], gdArc);
 35     gdImageFilledArc(img, 90, 400, 130, 130, 360, 0, color[WHITE], gdArc);
 36     gdImageFilledArc(img, 90, 500, 180, 180, 360, 0, color[WHITE], gdArc);
 37     out=fopen(outfile, "wb");
 38     gdImagePngEx(img,out,-1);
 39     fclose(out);
 40     gdImageDestroy(img);
 41     return(0);
 42 }
int i;
for (i=0; i<10;i++)
{
    printf("%d\n",i);
}
  1 # include <stdio.h>
  2 # include <gd.h>
  3 # define BLACK 0
  4 # define RED 1
  5 # define GREEN 2
  6 # define BLUE 3
  7 # define WHITE 4
  8 int main()
  9 {
 10     FILE *out;
 11     char outfile[]="/home/jkosty6/public_html/classgd.png";
 12     gdImagePtr img;
 13     unsigned int color[5];
 14     unsigned short int high,wide,x,y;
 15     wide=641;
 16     high=641;
 17     img=gdImageCreate(wide,high);
 18     color[BLACK]=gdImageColorAllocate(img,0,0,0);
 19     color[RED]=gdImageColorAllocate(img,255,0,0);
 20     color[GREEN]=gdImageColorAllocate(img,0,255,0);
 21     color[BLUE]=gdImageColorAllocate(img,0,0,255);
 22     color[WHITE]=gdImageColorAllocate(img,255,255,255);
 23     gdImageFilledRectangle(img,0,0,wide-1,high-1,color[BLACK]);
 24 //      {
 25 //      for(x=0;x<8;x++)
 26 //      for(y=0;y<8;y++)
 27 //          if ((x + y) % 2 == 0)
 28 //              {
 29 //              gdImageFilledRectangle(img,(80*x)+5,(80*y)+5,(80*x)+75,(80*y)+75,color[BLUE]);
 30 //              }
 31 //          else
 32 //              {
 33 //              gdImageFilledRectangle(img,(80*x)+5,(80*y)+5,(80*x)+75,(80*y)+75,color[RED]);
 34 //              }
 35 //          }
 36     gdImagePngEx(img,out,-1);
 37     fclose(out);
 38     gdImageDestroy(img);
 39     return(0);
 40 }
  1 # include <stdio.h>
  2 # include <gd.h>
  3 # define BLACK 0
  4 # define RED 1
  5 # define GREEN 2
  6 # define BLUE 3
  7 # define WHITE 4
  8 int main()
  9 {
 10     FILE *out;
 11     char outfile[]="/home/jkosty6/public_html/classgd.png";
 12     gdImagePtr img;
 13     unsigned int color[5];
 14     unsigned short int high,wide,x,y;
 15     wide=641;
 16     high=641;
 17     img=gdImageCreate(wide,high);
 18     color[BLACK]=gdImageColorAllocate(img,0,0,0);
 19     color[RED]=gdImageColorAllocate(img,255,0,0);
 20     color[GREEN]=gdImageColorAllocate(img,0,255,0);
 21     color[BLUE]=gdImageColorAllocate(img,0,0,255);
 22     color[WHITE]=gdImageColorAllocate(img,255,255,255);
 23     gdImageFilledRectangle(img,0,0,wide-1,high-1,color[BLACK]);
 24         {
 25         for(x=0;x<8;x++)
 26         for(y=0;y<8;y++)
 27             if ((x + y) % 2 == 0)
 28                 {
 29                 gdImageFilledRectangle(img,(80*x)+5,(80*y)+5,(80*x)+75,(80*y)+75,color[BLUE]);
 30                 }
 31             else
 32                 {
 33                 gdImageFilledRectangle(img,(80*x)+5,(80*y)+5,(80*x)+75,(80*y)+75,color[RED]);
 34                 }
 35             }
 36     out=fopen(outfile, "wb");
 37     gdImagePngEx(img,out,-1);
 38     fclose(out);
 39     gdImageDestroy(img);
 40     return(0);
 41 }
gdPoint triangle[3]; ~ array of 3 gd points
triangle[0].x = wide/2;
triangle[0].y = 0;
triangle[1].x =0;
triangle[1].y =high-1;
triangle[2].x =wide -1;
triangle[2].y = high -1;
  1 #include <stdio.h>                                                          
  2     int main ()
  3     {
  4     int a =5;
  5     printf("%d\n",a);
  6     a=a|6;
  7     printf("%d\n",a);
  8     a=a&9;
  9     printf("%d\n",a);
 10     a=!a;
 11     printf("%d\n",a);
 12     a=a^7;
 13     printf("%d\n",a);
 14     return(0);
 15     }
 16 
  1 #include <stdio.h>                                                                                                                      
  2 #include <stdlib.h>
  3 
  4 int getval(int,int); ~ prototyping
  5 int main()
  6 {
  7     int i,x,u,l;
  8         printf("Enter a number:");
  9         scanf("%d",&i);
 10         srand(i);
 11         printf("Give me the highest number.");
 12         scanf("%d",&u);
 13         printf("Give me the lowest number.");
 14         scanf("%d",&l);
 15 for (i=0;i<12;i++)
 16 {
 17     x=getval(u,l);
 18     printf("%d ",x);
 19 }
 20     printf("\n");
 21 return(0);
 22 }
 23 int getval (int top, int bottom)
 24 {
 25     int result;
 26     result = rand() %top + bottom;
 27 return(result);
 28 } 
  1 #include <stdio.h>
  2 int main()
  3 {
  4     char x=0;
  5     char y=0;
  6         printf("Enter a number (0-255): ");                                 
  7         scanf("%hhu", &x);
  8         printf("Enter a character: ");
  9         scanf("%c", &y);
 10         printf("x is numerically %hhu and characterally %c \n",x,x);
 11         scanf("y is numerically %hhu and characterally %c \n",y,y);
 12         printf("x+48 characterally is %c \n", (x+48));
 13         scanf("y+32 character is %c \n", (y+32));
 14     return(0);
 15 }
struct thing {
    int a;
    int b[20];
    float c;
    int d;
    short int e;
}; ~ one of the few times you need a semi colon after a closing bracket in C
struct thing stuff; ~ one thing from struct "thing" and we named it stuff
stuff.a =12;
stuff.b[ j ]='A'; ~ 
#include <stdio.h>
int main( )
{
    int i,j,k;
    struct person {

        char name [24];

    char age;

    float height;

};
typedef struct person ID;
ID db [4];
for (i=0; i<4; i++)
{
    printf("Entry [%d] name : ");
    scanf("%s",ID[i].name);
    printf("age");
    scanf("%hhu",&(ID[i]age));
    printf("height : ");
    scanf ("%f",&(ID[i]height));
}
    
    //print it all back out
    return(0);
}
  1 #include <stdio.h>
  2 int main ( )
  3 {
  4     printf("Hello, world!\m");
  5     return (0);
  6 }
Class square {
      public
            square( );
            void setside(int);
            int getside( );
            int area( );
            int perimeter( );
      private
            int x;
};
 
square :: square( )
{
      x=0;
}
void square :: setside(int side)
{
      x=side;
}
int square :: getside( )
{
      return(x);
}
int square :: area( )
{
      return(X * X);
}
int square :: perimeter( )
{
      return( 4 * x );
}
 
int main ( )
{
      square s1;
      square s2;
      s1.setside(4);
      s2.setside(12);
      printf("s1's side is %d\n", s1.getside( ));
      printf("s1's area is %d\n", s1.area( ));
      printf("s1's perimeter is %d\n", s1.perimeter( ));
      return(0);
}
bignum.h
#ifndef _BIGNUM_H
#define _BIGNUM_H
class BigNum {

    public:

    BigNum( );

    BigNum(unsigned int);

    unsigned char getbase( );

    unsigned char getlength( );

    unsigned char getsign( );

    void SetBase (unsigned char);

    void SetLength (unsigned char);

    void SetSign (unsigned char);

    void zero( );

    void print ( );

    private:

    unsigned char base;

    unsigned char Length;

    unsigned char sign;

    unsigned char *data;
#ifndef _STORAGE_H
#define _STORAGE_H

using namespace std;

class storage
{
    public:
        storage();
        int getCapacity();
        int getFree();
        int getUsed();

    protected:
        int load();
        void store(int);
        bool pos(int);

    private:
        int data[256];
        int used;
        int available;
        int loc;
};

#endif
#include "storage.h"
#include <iostream>

storage :: storage()
{
    int i;
    used = 0;
    available = 255;
    for (i = 0; i < 256; i++)
        data[i] = 0;
    loc = 0;
}

int storage :: getCapacity()
{
    return used + available + 1;
}

int storage :: getFree()
{
    return available + 1;
}

int storage :: getUsed()
{
    return used;
}

int storage :: load()
{
    return data[loc];
}

void storage :: store(int value)
{
    if (used < 255)
    {
        data[loc] = value;
        used++;
        available--;
    }
    else
        cout << "Error! Out of space!" << endl;

    if (value == 0)
    {
        used--;
        available++;

        if(used > 255)
            used = 255;

        if(used < 0)
            used = 0;

        if(available > 255)
            available = 255;

        if(available < 0)
            available = 0;
    }
}
bool storage :: pos(int location)
{
    bool retval = true;

    if ((location >= 0) && (location <= 255))
        loc = location;
    else
        retval = false;

    return retval;
#ifndef _TAPE_H
#define _TAPE_H
#include <iostream>
#include "storage.h"
class tape : public storage
{
    public:
        tape();
        int read();
        void write(int);
        void forward();
        void backward();
        void rewind();
        void setlabel(string);
        string getlabel();
        int getpos();

    private:
        string label;
        int position;
};

#endif
#include "storage.h"
#include "tape.h"
#include <cstdio>

tape::tape()
{
    position=0;
    pos(position);
    label="TapeYo";
}

int tape::read()
{
    return(load());
}

void tape::write(int num)
{
    store(num);
}

void tape::forward()
{
  if (position==255)
         {
            printf("You have reached the end of the tape!\n");
            position--;
            pos(position);
         }
else
    {
        position++;
        if (position==255)
            {
            printf("You have reached the end of the tape!\n");
            position--;
            pos(position);
            }
    }
}


void tape::backward()
{
  if (position==0)
         {
            printf("You have reached the end of the tape!!\n");
            position++;
            pos(position);
         }
else
    {
        position--;
        if (position==0)
            {
            printf("You have reached the end of the tape!\n");
            position++;
            pos(position);
            }
    }
}

void tape::rewind()
{
    while(position!=0)
    {
        position--;
    }

    pos(position);
}

void tape::setlabel(string labelstr)
{
   label=labelstr;
}

string tape::getlabel()
{
   return(label);
}

int tape::getpos()
{
    return(position);
}

#include <cstdio>
#include "tape.h"
#include <iostream>

using namespace std;

int main()
    {
    tape t;
    char choice;
    int tapeinputval;

while(choice!=113)
    {
    printf ("\n================================================\n");
    printf ("The Tape Is Currently At Position ");
    cout << t.getpos();
    printf ("\n\n");
    printf ("Please Choose A Command For The Tape To Take\n\n");
    printf ("f = move the tape forward\n");
    printf ("b = move the tape backward\n");
    printf ("r = rewind the tape\n");
    printf ("e = read what is stored at current position\n");
    printf ("w = write at current position\n\n");
    printf ("Use q to quit\n");
    printf ("================================================\n");
    cin >> choice;
    printf ("\n");
        switch(choice)
            {
            case 102:
                t.forward();
                printf ("The Tape Has Moved To Position ");
                cout << t.getpos();
                printf ("\n");
                break;
            case 98:
                t.backward();
                printf ("The Tape Has Moved To Position ");
                cout << t.getpos();
                printf ("\n");
                break;
            case 114:
                t.rewind();
                printf ("The Tape Has Moved To Position ");
                cout << t.getpos();
                printf ("\n");
                break;
            case 101:
                printf ("The Tape Is Currently At Position ");
                cout << t.getpos();
                printf (" and stored here is ");
                cout << t.read();
                printf ("\n");
                break;
            case 119:
                printf ("Please enter a value to store at current position \n");
                cin >> tapeinputval;
                t.write(tapeinputval);
                printf ("\nThis position now stores the value ");
                cout << t.read();
                break;
            case 113:
                return(0);
        }
    }
}
#include "bignum.h"

unsigned char BigNum::getBase()
{
        return(base);
}

void BigNum::setBase(unsigned char base)
{
        this -> base = base;
}
#ifndef _BIGNUM_H
#define _BIGNUM_H

class BigNum
{

public:
        BigNum();
        BigNum(unsigned char);
        unsigned char getBase();
        unsigned char getLength();
        unsigned char getSign();
        void setBase(unsigned char);
        void setLength(unsigned char);
        void setSign(unsigned char);
        void zero();
        void print();
        void increment();
        void decrement();
private:
        unsigned char base;
        unsigned char length;
        unsigned char sign;
        unsigned char *data;

};

#endif
#include "bignum.h"


unsigned char BigNum::getLength()
{
        return(length);
}

void BigNum::setLength(unsigned char length)
{
        this -> length = length;
}
#include "bignum.h"
#include <cstdio>
void BigNum::print()
{
        int i;


        for(i=0; i<length; i++)
        {
                printf("%d", *(data+i));
        }
        printf("\n");
}
#include "bignum.h"

unsigned char BigNum::getSign()
{
        return(sign);
}

void BigNum::setSign(unsigned char sign)
{
        this -> sign = sign;
}
#include "bignum.h"

void BigNum::zero()
{
    for(int i=0;i<length;i++)
    {
        *(data+i)=0;
    }
}
#include <cstdlib>
#include <cstdio>
#include "bignum.h"

BigNum::BigNum()
{
        length = 8;
        base = 10;
        sign = 0;
        data = (unsigned char*)malloc(sizeof(char)*length);
        this -> zero();
}


BigNum::BigNum(unsigned char length)
{
        this -> length = length;
        base = 10;
        sign = 0;
        data = (unsigned char*)malloc(sizeof(char)*this -> length);
        this -> zero();
}
void BigNum::increment()
{
    char carryvalue=1;
    {
        for(int i=0;i<length;i++)
        {
            char endresult = *(data+(length-1)-i);
            char addedvalue = endresult + carryvalue;
                if ((addedvalue > 9) && ((addedvalue%10)==0))
                    {
                    addedvalue = 0;
                    carryvalue = 1;
                    }
                else
                    {
                    carryvalue = 0;
                    }
                    *(data+(length-1)-i) = addedvalue;
        }
    }
}
void BigNum::decrement()
{
        char carryvalue=1;
    {
        for(int i=0;i<(length-1);i++)
        {
            char endresult = *(data+(length-1)-i);
            char subtractedvalue = endresult - carryvalue;
                if ((endresult <= 0) && (carryvalue == 1))
                    {
                    subtractedvalue = 9;
                    carryvalue = 1;
                    }
                else
                    {
                    carryvalue = 0;
                    }
                    *(data+(length-1)-i) = subtractedvalue;
        }
    }
}
#include "bignum.h"
#include <iostream>
#include <iomanip>
#include <cstdlib>
#include <cstdio>

using namespace std;

int main()
{
	int choice;
	printf("\n\n================================================================\n");
	printf( "How would you like to increment or decrement a number?\n");
	printf( "\n0 - Subtraction");
	printf( "\n1 - Addition");
	printf( "\n2 - Multiplication");
	printf( "\n3 - Division !! NOT WORKING - WORK IN PROGRESS !!\n\n"); // work in progress
	printf( "Your Choice is :");
	cin >> choice;
	BigNum num;
	num.setBase(10);
	int i,x;
	int loop1,loop2;
	int loop3,loop4;
	int loop5,loop6;
	int loop7,loop8;
	int sub1,sub2;
	int div1,div2;
	int z,w;	
		{
		if (choice ==3)
			{
			printf ("================================================================\n");
			printf ("\nDivision Mode\n");
			printf ("\nEnter Your First Number: ");
			cin >> div1;
			printf ("Enter Your Second Number: ");
			cin >> div2;
			printf ("\n================================================================\n");
			{
                if (div1 > div2)
                    {
                    loop7=div1;
                    loop8=div2;
                        {
						for(i=0;i<=loop7;i+=loop8);
							{
							num.increment()
							}
						//other division stuff not done
						num.print();
						}
					}
				else
					{
					loop7=div2;
					loop8=div1;
						{
						for(i=0;i<=loop7;i+=loop8);
							{
							num.increment();
							}
						//other division stuff not done
						}
                                              num.print();
					}	
			}
		}
		else if (choice == 2)
			{
			printf ("================================================================\n");
			printf ("\nMultiplication Mode\n");
			printf ("\nEnter Your First Number: ");
			cin >> loop5;
			printf ("Enter Your Second Number: ");
			cin >> loop6;
			printf ("\n================================================================\n");
			{
			for(i=0;i<loop5;i++)
				{
				for(x=0;x<loop6;x++)
					{
					num.increment();
					}
				}
			}
				num.print();
		}
		else if (choice == 1)
			{	
			printf ("================================================================\n");
			printf ("\nAddition Mode\n");
			printf ("\nEnter Your First Number: ");
			cin >> loop1;
			printf ("Enter Your Second Number: ");
			cin >> loop2;
			printf ("\n================================================================\n");
			{
			for(i=0;i<loop1;i++)
				{
				num.increment();
				}
			for(i=0;i<loop2;i++)
				{
				num.increment();
				}
			}
				num.print();
		}
		else
			{
			printf ("================================================================\n");
			printf ("\nSubtraction Mode - Largest of The Two Numbers Sorted As Minuend\n");
			printf ("\nEnter Your First Number: ");
			cin >> sub1;
			printf ("Enter Your Second Number: ");
			cin >> sub2;
			printf ("\n================================================================\n");
				{
				if (sub1 > sub2)
					{
					loop3=sub1;
					loop4=sub2;
						{
						for(i=0;i<loop3;i++)
							{
							num.increment();
							}
						for(i=0;i<loop4;i++)
							{
							num.decrement();
							}
						}
							num.print();
				}
				else
				{
					loop3=sub2;
					loop4=sub1;
					{
					for(i=0;i<loop3;i++)
						{
						num.increment();
						}
					for(i=0;i<loop4;i++)
						{
						num.decrement();
						}
					}
						num.print();
				}
			}
		}
	}
	return(0);
}
lab46:~$ cat "myfilename" 
lab46:~$ morse < "file name"
lab46:~$ pwd
lab46:~$ mkdir closet
lab46:~$ cd closet
lab46:~/closet$ 
lab46:~/closet$ touch skeleton
lab46:~/closet$ echo "ingredients" > cake
lab46:~/closet$ echo "diamond pickaxe" >> cake
-bash
       |_bash
                 |_bash
                           |_bash
my example will not work in wiki syntax and crashes my opus upon saving
lab46:~$ ls ????
  1 #!/bin/bash
  2 #
  3 # script1.sh - my first script
  4 #
  5 echo -n "What is your name?"
  6 read name
  7 echo "Hi, ${name} how are you?"
  8 exit 0
  1 #!/bin/bash
  2 #
  3 # scipt2.sh - my second script
  4 #
  5 pick=$((RANDOM%91+1))
  6     echo -n " Pick a number :"
  7 read number
  8 if [ "$pick" -eq "$number" ]; then
  9     echo "you win"
 10 elif [ "$pick" -gt "$number" ]; then
 11     echo "$pick > $number you lose"
 12 else
 13     echo "$pick < $number you lose"
 14 fi
 15 exit 0
(sleep 30;ls)& runs ls after 30
for ((i=0;i<10;i++));do
>  echo"$i"
>  done
xte 'mousemove 0 0'
xte 'sleep 1'
xte 'mouseclick 1'
xte 'mousedown 1'
xte 'sleep 1'
xte 'mousemove 100 100'
xte 'sleep 1'
xte 'mouseup 1'
xte 'mousemove 300 250'
xte 'sleep 1'
xte 'mouseclick 1'
      1 xte 'mousemove 0 0'
      2 xte 'sleep 1'
      3 xte 'mouseclick 1'
      4 xte 'mousedown 1'
      5 xte 'sleep 1'
      6 xte 'mousemove 100 100'
      7 xte 'sleep 1'
      8 xte 'mouseup 1'
      9 xte 'mousemove 300 250'
     10 xte 'sleep 1'
     11 xte 'mouseclick 1'
     12 xte 'sleep 1'
     13 xte 'mousemove 40 110'
     14 xte 'sleep 1'
     15 xte 'mouseclick 1'
     16 xte 'sleep 1'
     17 xte 'mousemove 40 130'
     18 xte 'mouseclick 1'
     19 xte 'sleep 1'
     20 xte 'mousemove 600 110'
     21 xte 'mouseclick 1'
     22 xte 'mousemove 200 200'
     23 xte 'mouseclick 1'
     24 xte 'mousedown 1'
     25 for ((x=200;x<500;x+=50));do
     26 y=200;
     27 xte "mousemove $x $y"
     28 xte "usleep 200000"
     29 done
     30 
     31 for ((y=200;y<500;y+=50));do
     32 x=500;
     33 xte "mousemove $x $y"
     34 xte "usleep 200000"
     35 done
     36 
     37 for ((x=500;x>190;x-=50));do
     38 y=500;
     39 xte "mousemove $x $y"
     40 xte "usleep 200000"
     41 done
     42 
     43 for ((y=500;y>190;y-=50));do
     44 x=200;
     45 xte "mousemove $x $y"
     46 xte "usleep 200000"
     47 done
     48 xte "mouseup 1"
      1 xte 'mousemove 200 200'
      2 xte 'mouseclick 1'
      3 xte 'mousedown 1'
      4 for ((x=200;x<360;x+=10));do
      5 y=200;
      6 xte "mousemove $x $y"
      7 xte "usleep 10000"
      8 done
      9 
     10 for ((y=200;y<344;y+=4));do
     11 x=360;
     12 xte "mousemove $x $y"
     13 xte "usleep 10000"
     14 done
     15 
     16 for ((x=360;x>200;x-=10));do
     17 y=344;
     18 xte "mousemove $x $y"
     19 xte "usleep 10000"
     20 done
     21 
     22 for ((y=344;y>196;y-=4));do
     23 x=200;
     24 xte "mousemove $x $y"
     25 xte "usleep 10000"
     26 done
     27 xte "mouseup 1"
     28 
     29 for ((x=350;x>209;x-=10));do
     30 y=340;
     31 xte "mousemove $x $y"
     32 xte "mousedown 1"
     33 xte "usleep 10000"
     34 done
     35 xte "mouseup 1"
     36 
     37 for ((x=350;x>209;x-=10));do
     38 y=339
     39 xte "mousemove $x $y"
     40 xte "mousedown 1"
     41 xte "usleep 10000"
     42 done
     43 xte "mouseup 1"
     44 
     45 for ((x=350;x>209;x-=10));do
     46 y=337
     47 xte "mousemove $x $y"
     48 xte "mousedown 1"
     49 xte "usleep 10000"

    50 done

     51 xte "mouseup 1"
     52 
     53 for ((y=335;y>302;y-=1));do
     54 x=211
     55 xte "mousemove $x $y"
     56 xte "mousedown 1"
     57 xte "usleep 10000"
     58 done
     59 xte "mouseup 1"
     60 
     61 for ((y=335;y>302;y-=1));do
     62 x=210
     63 xte "mousemove $x $y"
     64 xte "mousedown 1"
     65 xte "usleep 10000"
     66 done
     67 xte "mouseup 1"
     68 
     69 for ((y=335;y>302;y-=1));do
     70 x=208
     71 xte "mousemove $x $y"
     72 xte "mousedown 1"
     73 xte "usleep 10000"
     74 done
     75 xte "mouseup 1"
     76 
     77 for ((y=335;y>302;y-=1));do
     78 x=349
     79 xte "mousemove $x $y"
     80 xte "mousedown 1"
     81 xte "usleep 10000"
     82 done
     83 xte "mouseup 1"
     84 
     85 for ((y=335;y>302;y-=1));do
     86 x=350
     87 xte "mousemove $x $y"
     88 xte "mousedown 1"
     89 xte "usleep 10000"
     90 done
     91 xte "mouseup 1"
     92 
     93 for ((y=335;y>302;y-=1));do
     94 x=352
     95 xte "mousemove $x $y"
     96 xte "mousedown 1"
     97 xte "usleep 10000"
    98 done
     99 xte "mouseup 1"
    100 
    101 for ((x=350;x>209;x-=10));do
    102 y=300
    103 xte "mousemove $x $y"
    104 xte "mousedown 1"
    105 xte "usleep 10000"
    106 done
    107 
    108 for ((x=350;x>209;x-=10));do
    109 y=299
    110 xte "mousemove $x $y"
    111 xte "usleep 10000"
    112 done
    113 xte "mouseup 1"
    114 
    115 for ((x=342;x>268;x-=1));do
    116 y=290
    117 xte "mousemove $x $y"
    118 xte "mousedown 1"
    119 xte "usleep 10000"
    120 done
    121 xte "mouseup 1"
    122 
    123 for ((x=271;x<275;x+=1));do
    124 y=289
    125 xte "mousemove $x $y"
    126 xte "mousedown 1"
    127 xte "usleep 10000"
 128 done
    129 xte "mouseup 1"
    130 
    131 for ((x=273;x<275;x+=1));do
    132 y=288
    133 xte "mousemove $x $y"
    134 xte "mousedown 1"
    135 xte "usleep 10000"
    136 done
    137 xte "mouseup 1"
    138 
    139 for ((y=290;y>278;y-=1));do
    140 x=342
    141 xte "mousemove $x $y"
    142 xte "mousedown 1"
    143 xte "usleep 10000"
    144 done
    145 xte "mouseup 1"
for((i=0; i<12; i++)); do

    echo -n "Enter scores:"

    read score

    battleexp[$i]=$score

done
total=0
for((i=0; i<12;i++)); do

    let total = $total + ${battleexp[$i]}

done

    "Your total score is $total"
  1 #!/bin/bash
  2 #
  3 #
  4 #
  5 #
  6 #
  7 if [ -z "$1" ]; then
  8     echo -n "Enter a path: "
  9     read path
 10     chk=`ls $path 2>&1 | grep 'No such file'| wc -l`
 11     if [ "$chk" -eq 1 ]; then
 12     path=`pwd`
 13 fi
 14 else
 15     paths="$1"
 16 fi
 17 echo $path
 18 cd $path
 19     max=0
 20 for file in `ls -1d` * ; do
 21     c=`echo $file | wc -c`
 22     echo "c is $c"
 23     data[$c]=$((${data[$c]}+1))
 24     if [ "$max" -lt "$c" ]; then
 25         max=$c
 26     fi
 27 done
 28 for (( i=1; i<=$max; i++));do
 29         printf "%2d | " $i
 30     if [ -z "${data[$i]}" ]; then
 31         data[$i]=0
 32     fi
 33 for ((j=0;j<${data[$i]};j++)); do
 34     echo -n "*"
 35 done
 36 done
#/bin/bash
#
while true; do

    { echo -e 'HTTP/1.1 200 OK \r\n'; cat /etc/motd;} | nc -l 5836

done
cat file | grep "<th class="ddtitle'
sed stream editor
cat winter2014-20131025.html | grep '^<th class="ddtitle' | sed 's/^<th class="ddtitle.*crn_in=.....">//g' | sed 's/<\/a><\/th>//g'
cat winter2014-20131025.html | grep '^<th class="ddtitle' | sed 's/^<th class="ddtitle.*crn_in=.....">//g' | sed 's/<\/a><\/th>//g' | sed 's/^\(.*\) - \(.....\) - \(.*\) - \(...\)$/\2:\3-\4:\1/g'
ifs=; for line in `cat consolodate`; do 
crn=`echo $line | sed 's/^.* - \(.....\) - .....*$/\1/g'
 touch $crn
 echo $line >> $crm
 done
cat catstuff | enhance | enhance | ENHANCE > coursedata
  1 #include <stdio.h>
  2
  3 int main()
  4 {
  5     unsigned int a, x;
   6     signed short int b, y;
  7
  8     a = 0; // zero not letter "O"
  9     b = 32767;
 10     x = a - 1;
 11     y = b + 1;
 12
 13     printf("signed short int before: %hd \t after: %hd\n", b, y);
 14
 15     return(0);
 16 }
login as :
password : 
 __         _     _ _   __   . . . . . . . . . . . . . . . . . . . . . . . . .
|  |   __ _| |__ / | |_/ /   . Basic System Usage:  Type 'usage' at prompt   .
|  |__/ _` | '_ \\_  _/ _ \  . Events and News:     Type 'news' at prompt    .
|_____\__,_|_.__/  |_|\___/  . Broken E-mail?       Type 'fixmail' at prompt .
---------------------------  . Check Lab46 Mail:    Type 'alpine' at prompt  .
c o r n i n g - c c . e d u  . . . . . . . . . . . . . . . . . . . . . . . . .

 Lab46 is the Computer & Information Science Department's Student Development
 Server for Computer-related coursework, projects, and exploration.  For more
 information, please check out:
  .. .  .    .        .                .                .        .    .  . ..
 .  Lab46 Web Page:       http://lab46.corning-cc.edu/                       .
 .  Lab46 Help Form:      http://lab46.corning-cc.edu/help_request           .
 .  Help E-mail:          haas@corning-cc.edu or wedge@lab46.corning-cc.edu  .
  .. .  .    .        .                .                .        .    .  . ..
lab46:~$ pwd
/home/jkosty6
lab46:~$ cd src
lab46:~/src$
lab46:~/src$ pwd
/home/jkosty6/src
lab46:~/src$ cd ..
lab46:~$
lab46:~$ cd ..
lab46:/home$
lab46:~$ ls
Desktop    Downloads  Music     Public     Videos  bin     hw           src
Documents  Maildir    Pictures  Templates  a.out   closet  public_html
lab46:~$ mkdir temp
lab46:~$ mkdir bin
lab46:~$ rmdir temp
lab46:~$ who
lab46:~$ mesg n
lab46:~$ alpine
  ALPINE 2.00   MAIN MENU               Folder: INBOX                1 Message +


          ?     HELP               -  Get help using Alpine

          C     COMPOSE MESSAGE    -  Compose and send a message

          I     MESSAGE INDEX      -  View messages in current folder

          L     FOLDER LIST        -  Select a folder to view

          A     ADDRESS BOOK       -  Update address book

          S     SETUP              -  Configure Alpine Options

          Q     QUIT               -  Leave the Alpine program


                  Copyright 2006-2008 University of Washington

? Help                     P PrevCmd                 R RelNotes
O OTHER CMDS > [Index]     N NextCmd                 K KBLock
lab46:~$ ls -l
-rw-r--r-- 1 jkosty6 lab46   440 Sep 13 10:15 2.00   MAIN MENU               Folder: INBOX                1 Message +
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Desktop
drwxr-xr-x 2 jkosty6 lab46    20 Aug 29 15:28 Documents
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Downloads
lrwxrwxrwx 1 jkosty6 lab46    17 Aug 25 11:56 Maildir -> /var/mail/jkosty6
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Music
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Pictures
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Public
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Templates
drwxr-xr-x 2 jkosty6 lab46     6 Aug 28 12:20 Videos
-rwxr-xr-x 1 jkosty6 lab46  6561 Aug 29 16:34 a.out
drwxr-xr-x 2 jkosty6 lab46     6 Sep  3 08:57 bin
drwxr-xr-x 3 jkosty6 lab46    46 Sep  4 15:37 closet
-rwxr-xr-x 1 jkosty6 lab46 16638 Aug 29 16:42 hw
drwx-----x 2 jkosty6 lab46     6 Aug 26  2009 public_html
drwx------ 6 jkosty6 lab46    83 Sep 13 16:35 src
lab46:~$
-rwxr-xr-x 1 root root  119288 Apr 21  2010 grep
-rwxr-xr-x 1 root root   52288 Apr 28  2010 cat
lab46:~$ cp (directory and file name of target)
lab46:~$ cp (original copy name SPACE duplicate name)
lab46:~$ mv (file name) (directory destination)
lab46:~$ mv (old file name) (new file name)
lab46:~$ rm (filename)
lab46:~$ ln [-s] (target file) (shortcut file)
lab46:~$ cd /
lab46:/$
lab46:/$ ls
bin   etc         lib    lost+found  opt   sbin     sys  var
boot  home        lib32  media       proc  selinux  tmp  vmlinuz
dev   initrd.img  lib64  mnt         root  srv      usr
lab46:/$
lab46:/home$ cd /
lab46:/$ cd home
lab46:/home$ cd jkosty6
lab46:~$
lab46:~$ cd /etc
lab46:/etc$ cat motd
 __         _     _ _   __   . . . . . . . . . . . . . . . . . . . . . . . . .
|  |   __ _| |__ / | |_/ /   . Basic System Usage:  Type 'usage' at prompt   .
|  |__/ _` | '_ \\_  _/ _ \  . Events and News:     Type 'news' at prompt    .
|_____\__,_|_.__/  |_|\___/  . Broken E-mail?       Type 'fixmail' at prompt .
---------------------------  . Check Lab46 Mail:    Type 'alpine' at prompt  .
c o r n i n g - c c . e d u  . . . . . . . . . . . . . . . . . . . . . . . . .

 Lab46 is the Computer & Information Science Department's Student Development
 Server for Computer-related coursework, projects, and exploration.  For more
 information, please check out:
  .. .  .    .        .                .                .        .    .  . ..
 .  Lab46 Web Page:       http://lab46.corning-cc.edu/                       .
 .  Lab46 Help Form:      http://lab46.corning-cc.edu/help_request           .
 .  Help E-mail:          haas@corning-cc.edu or wedge@lab46.corning-cc.edu  .
  .. .  .    .        .                .                .        .    .  . ..
lab46:/etc$ wc passwd
  27   32 1135 passwd
lab46:/etc$ wc -l passwd
27 passwd
Control Code 	System Code 	Description
CTRL-C 	INTR 	interrupt
CTRL-D 	EOF 	issue end of file character
CTRL-G 		sound bell
CTRL-H 	BS 	send backspace
CTRL-J 	LF 	send linefeed
CTRL-L 		refresh screen
CTRL-M 	CR 	send carriage return
CTRL-Q 	XON 	start code*
CTRL-S 	XOFF 	stop code*
CTRL-V 		escape the following character
CTRL-Z 	SUSPEND 	suspend current job
CTRL-[ 	ESC 	send escape character 
dotfile 	description
.bash_profile 	The first personal initialization file bash searches
.bashrc 	Session personalization file called by .bash_profile
.cshrc   	A personal initialization file for the csh/tcsh shells
.exrc 	        A configuration file for vi/ex
.signature 	Text file containing a signature banner for e-mail
.plan 	        A personal banner file that is displayed on finger(1) lookups
.forward 	A file used in automatic e-mail forwarding
.pinerc 	A configuration file for pine
.vimrc  	A configuration file for vim 
  1 I see pokemon
  2 John Kosty
  3 C / C++ and UNIX
Symbol 	Description
* 	match 0 or more characters
? 	match exactly one character
[ ] 	character class - match any of the enclosed characters.
[^ ] 	inverted character class - do not match any of the enclosed characters.
Symbol 	Description
> 	STDOUT redirection operator
>> 	STDOUT append redirection operator
< 	STDIN redirection operator
2> 	STDERR redirection operator
2>> 	STDERR append redirection operator
| 	pipe 
Symbol 	Name 	Description
` 	backquote 	                command expansion
' 	single (or full) quote 	        literal quote, no expansion
" 	double (or partial) quote 	variable expansion 

===Conclusions===
Nice review from C
ls ~
df
who
echo "What is your birth year?"
read birth
currentday=$(date | awk ' {print $6}')
let output=$currentday-$birth
echo $output
#!/bin/bash
 
echo -n "Pick a number: "
read num1
 
echo -n "Pick another number: "
read num2
if [ "$num1" -lt "$num2" ]; then
    echo "$num2 is greater than $num1"
fi
if [ "$num1" -lt "$num2" ]; then
    echo "$num2 is greater than $num1"
elif [ "$num2" -lt "$num1" ]; then
    echo "$num1 is greater than $num2"
fi
if [ "$num1" -lt "$num2" ]; then
    echo "$num2 is greater than $num1"
elif [ "$num2" -lt "$num1" ]; then
    echo "$num1 is greater than $num2"
else
    echo "$num1 and $num2 are equal in value"
fi
#!/bin/bash
pick=$(($RANDOM % 20))
echo "Pick a number between 1 and 20"
end=4
counter=0
while [ "$counter" -lt "4" ]; do
read picked
    if [ "$pick" -eq "$picked" ]; then
        echo "$picked is the number!"
        exit
    elif [ "$pick" -lt "$picked" ]; then
        echo "$picked is greater than the number!"
        let counter=counter+1
    elif [ "$pick" -gt "$picked" ]; then
        echo "$picked is less than the number!"
        let counter=counter+1
    fi
done
#!/bin/bash

for((i=1; i<=10; i++)); do
    printf "$i "
done
#!/bin/bash

for((i=20; i>=2; i--)); do
    printf "$i "
done
echo -n "First color is: "
for color in red orange yellow green blue indigo violet; do
if [ "$color" == "indigo" ]; then
    echo "$color"
    echo -n "The last color is: "
elif [ "$color" == "violet" ]; then
    echo "$color"
    exit
else
    echo "$color"
    echo -n "Next color is: "
fi
done
echo "Give me a number"
read number
echo $number > file$number
#!/bin/bash
printf "Please enterdirector to process: "
read directory
printf "Processing ...\n\n"
echo "Directory: $directory"
cd "$directory"
filecount=$(ls -la | wc -l)
if [ "$filecount" -gt "60" ]; then
    filecount=60
fi
echo "Total Files: $filecount"
lab46:~$ ps
USER       PID %CPU %MEM    VSZ   RSS TTY      STAT START   TIME COMMAND
jkosty6  11177  0.4  0.1  13644  2004 pts/24   SNs  23:20   0:00 -bash
jkosty6  11206  8.0  0.0   8588   988 pts/24   RN+  23:23   0:00 ps u
lab46:~$ echo "hello there:this:is:a:bunch of:text." | cut -d":" -f1,6
hello there:text.
lab46:~$ echo "hello there:this:is:a:bunch of:text." | cut -d":" -f1,6 | sed -e 's/:/ /g' | sed -e 's/t/T/g'
"hello there:this:is:a:bunch of:text." | cut -d":" -f1,6 | sed -e 's/:/ /g' | sed -e 's/\./\*/g'

Lab46 Wiki

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Table of Contents

Introduction

My interests include

My Cats

C/C++ Programming Journal

August 28th, 2013

Class Websites

lab46

Challenging Concepts

August 29th, 2013 - Lab

GNU

Hello World

UNIX Commands

GCC

Bash

Challenging Concepts

Things to look into

August 30th, 2013

Review

Class Repository

Setup Step 1 - Cleaning src directory

Setup Step 2 - Making new src directory

Setup Step 3 - Local Cloning

Setup Step 3 - Alternative Remote Cloning

Setup Step 4 - Restoring src content

Setup Step 5 - Customizing Repo

Setup Step 6 - Ignoring File Types for sync

Sync Step 1 - Checking for changes in src folder

Sync Step 2 - Adding files to the tracking

Sync Step 3 - Committing and pushing files

Alternative Sync Step 1

Challenges

September 4th, 2013

Data Types

Integer Types ~ length describes the size of the storage allocated ~ most likely to be used

Floating Point

Scaler

Composite

Things to note

Variables defined by the command line

Common Escape Characters

OS Specific Notes

Source Code

Storage Requirements and Usage

Finding the size

Example for unsigned char

Challenges

Update

Unsigned

Signed

September 5th, 2013 - Lab

Review

Unix Related

Windows related

Differences

MinGW

Environment

CLI Interpenetrate

C and C++

Joe Rant

Unix Output

Things To Work On

START COLAB ON

Closing Thoughts and Challenges

September 6th, 2013

Signed Char

Unix Specifics

Challenges and Closing Thoughts

September 11th, 2013

Sizes

PrintF Review

Function of STDIO.h

Good Programming

Example Program of the Day

September 12th, 2013 - Lab

September 13th, 2013