Assignment1

// CommandLineAssignment1.cpp : Defines the entry point for the console application.
//

#include "stdafx.h"
#include "stdlib.h"
#include "stdio.h"
#include "string.h"
#include "ctype.h"

FILE *commandPointer;

struct Date

{

	int day;
	int month;
	int year;

};

struct Time

{

	int startHour;
	int startMinute;
	int endHour;
	int endMinute;

};

struct workTime

{

	int employeeID;
	struct Date date;
	struct Time startTime;
	struct Time endTime;

};

struct workTime employee[20];

int main(int argc, char *commandArgument[])

{

	int i = 2;
	int j = 0;
	char delimiter1[2] = "/";
	char delimiter2[2] = ":";
	char *commandToken;

	printf("%s\n", commandArgument[0]);
	printf("%s\n", commandArgument[1]);

	commandPointer = fopen("C:\\Users\\CraigBreathnach\\Desktop\\workLog.txt", "a+");

	// Section 1

	while (commandArgument != NULL)

	{

		if (!strcmp("/a", commandArgument[i]))

		{

			employee[j].employeeID = atoi(commandArgument[i++]);
			printf("Employee I.D. : %d\n", employee[j].employeeID);

		}

		i++;

		if ((commandToken = strtok(commandArgument[i], delimiter1)) != NULL)

		{

			employee[j].date.day = atoi(commandToken);
			printf("Day : %d\n", employee[j].date.day);

		}

		if ((commandToken = strtok(NULL, delimiter1)) != NULL)

		{

			employee[j].date.month = atoi(commandToken);
			printf("Month : %d\n", employee[j].date.month);

		}

		if ((commandToken = strtok(NULL, delimiter1)) != NULL)

		{

			employee[j].date.year = atoi(commandToken);
			printf("Year : %d\n", employee[j].date.year);

		}

		i++;

		if ((commandToken = strtok(commandArgument[i], delimiter2)) != NULL)

		{

			employee[j].startTime.startHour = atoi(commandToken);
			printf("Start Time (Hour) : %d\n", employee[j].startTime.startHour);

		}

		if ((commandToken = strtok(NULL, delimiter2)) != NULL)

		{

			employee[j].startTime.startMinute = atoi(commandToken);
			printf("Start Time (Minute) : %d\n", employee[j].startTime.startMinute);

		}

		if ((commandToken = strtok(commandArgument[6], delimiter2)) != NULL)

		{

			employee[j].endTime.endHour = atoi(commandToken);
			printf("End Time (Hour) : %d\n", employee[j].endTime.endHour);

		}

		if ((commandToken = strtok(NULL, delimiter2)) != NULL)

		{

			employee[j].endTime.endMinute = atoi(commandToken);
			printf("End Time (Minute) : %d\n", employee[j].endTime.endMinute);

		}

		j++;

	}

	//if (!strcmp("/a", commandArgument[2]))

	//{

	//	employee[i].employeeID = atoi(commandArgument[3]);
	//	printf("Employee I.D. : %d\n", employee[i].employeeID);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[4], delimiter1)) != NULL)

	//{

	//	employee[i].date.day = atoi(commandToken);
	//	printf("Day : %d\n", employee[i].date.day);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.month = atoi(commandToken);
	//	printf("Month : %d\n", employee[i].date.month);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.year = atoi(commandToken);
	//	printf("Year : %d\n", employee[i].date.year);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[5], delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startHour = atoi(commandToken);
	//	printf("Start Time (Hour) : %d\n", employee[i].startTime.startHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startMinute = atoi(commandToken);
	//	printf("Start Time (Minute) : %d\n", employee[i].startTime.startMinute);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[6], delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endHour = atoi(commandToken);
	//	printf("End Time (Hour) : %d\n", employee[i].endTime.endHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endMinute = atoi(commandToken);
	//	printf("End Time (Minute) : %d\n", employee[i].endTime.endMinute);
	//	i++;

	//}


	//// Section 2

	//if (!strcmp("1010", commandArgument[7]))

	//{

	//	employee[i].employeeID = atoi(commandArgument[7]);
	//	printf("Employee I.D. : %d\n", employee[i].employeeID);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[8], delimiter1)) != NULL)

	//{

	//	employee[i].date.day = atoi(commandToken);
	//	printf("Day : %d\n", employee[i].date.day);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.month = atoi(commandToken);
	//	printf("Month : %d\n", employee[i].date.month);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.year = atoi(commandToken);
	//	printf("Year : %d\n", employee[i].date.year);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[9], delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startHour = atoi(commandToken);
	//	printf("Start Time (Hour) : %d\n", employee[i].startTime.startHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startMinute = atoi(commandToken);
	//	printf("Start Time (Minute) : %d\n", employee[i].startTime.startMinute);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[10], delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endHour = atoi(commandToken);
	//	printf("End Time (Hour) : %d\n", employee[i].endTime.endHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endMinute = atoi(commandToken);
	//	printf("End Time (Minute) : %d\n", employee[i].endTime.endMinute);
	//	i++;

	//}

	//// Section 3

	//if (!strcmp("2987", commandArgument[11]))

	//{

	//	employee[i].employeeID = atoi(commandArgument[11]);
	//	printf("Employee I.D. : %d\n", employee[i].employeeID);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[12], delimiter1)) != NULL)

	//{

	//	employee[i].date.day = atoi(commandToken);
	//	printf("Day : %d\n", employee[i].date.day);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.month = atoi(commandToken);
	//	printf("Month : %d\n", employee[i].date.month);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter1)) != NULL)

	//{

	//	employee[i].date.year = atoi(commandToken);
	//	printf("Year : %d\n", employee[i].date.year);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[13], delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startHour = atoi(commandToken);
	//	printf("Start Time (Hour) : %d\n", employee[i].startTime.startHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].startTime.startMinute = atoi(commandToken);
	//	printf("Start Time (Minute) : %d\n", employee[i].startTime.startMinute);
	//	i++;

	//}

	//if ((commandToken = strtok(commandArgument[14], delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endHour = atoi(commandToken);
	//	printf("End Time (Hour) : %d\n", employee[i].endTime.endHour);
	//	i++;

	//}

	//if ((commandToken = strtok(NULL, delimiter2)) != NULL)

	//{

	//	employee[i].endTime.endMinute = atoi(commandToken);
	//	printf("End Time (Minute) : %d\n", employee[i].endTime.endMinute);
	//	i++;

	//}

	commandPointer = fopen("C:\\Users\\CraigBreathnach\\Desktop\\workLog.txt", "a+");

	//fputs(commandArgument[2], commandPointer);

	//itoa(1, employee[0].employeeID, 10)

	char commandHolder[30];

	sprintf(commandHolder, "%d", employee[0].employeeID);

	fputs(commandHolder, commandPointer);

	return 0;

}

/*

Do not include .exe in command line argument.

Mode a+ for ammending file.

/p prints from the file, not the data structure.

Put search term after /s in command line argument.

Type chekcing not available with macros-how to solve?

.h files need a \n at the end so they don't concatenate to each other.

enum = Enumerator variable, special type of integer that creates a relationship between the variables within it and numbers (first variable is zero, second 1, etc).

Can refer to variables via enum name instead of just its number.

STATEs = enum name used to check current state of the system. Can call a function to return values, whatever stated in STATES.

Names can be anything, just like variables.

Let first element = 1, the rest will adjust appropriately.

Try not to mess with default values of the enums; if you have to, use known values instead.

#include "stdafx.h"
#include "stdlib.h"
#include "stdio.h"
#include "string.h"
#include "ctype.h"
#include "math.h"
#include "time.h"

FILE * allocationPointer;

typedef struct contact

{
char *UserName;
char *firstName;
char *surname;
char *displayName;
char *jobTitle;
char *department;
char *officeNumber;
char *officePhone;
char *mobilePhone;
char *fax;
char *address;
char *city;
char *state;
char *zip;
char *country;

};

void OpenFile();
void PrintContact(contact *theContact);
void CloseFile();

int l = 1;

int main()

{

OpenFile();
printf("\n");
return 0;

}

void OpenFile()

{

int n = 5;
int i = 0;

allocationPointer = fopen("C:\\Users\\CraigBreathnach\\Desktop\\GY350 College\\CT103 Computer Programming\\Semester 2\\Week 6\\DynamicAllocationFile1.txt", "r");

if (allocationPointer == NULL)

{

printf("Error! The file was not read correctly. Please check that the file path is correct.\n\n");

}

else

{

printf("Success! The file was read correctly. The file path is correct.\n\n");

}

char line[201];

for (int i = 0; i <= 1; i++)

{

fgets(line, 176, allocationPointer);

}

char delimiter[2] = ",";
char *token;
int j = 0;
int string = 0;

while(!feof(allocationPointer))

{

contact *employeeData[1000];

employeeData[j] = (contact *)malloc(sizeof(contact));

fgets(line, 201, allocationPointer);

if ((token = (strtok(line, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->UserName = (char *)malloc(string);
strcpy(employeeData[j]->UserName, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->firstName = (char *)malloc(string);
strcpy(employeeData[j]->firstName, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->surname = (char *)malloc(string);
strcpy(employeeData[j]->surname, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->displayName = (char *)malloc(string);
strcpy(employeeData[j]->displayName, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->jobTitle = (char *)malloc(string);
strcpy(employeeData[j]->jobTitle, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->department = (char *)malloc(string);
strcpy(employeeData[j]->department, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->officeNumber = (char *)malloc(string);
strcpy(employeeData[j]->officeNumber, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->officePhone = (char *)malloc(string);
strcpy(employeeData[j]->officePhone, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->mobilePhone = (char *)malloc(string);
strcpy(employeeData[j]->mobilePhone, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->fax = (char *)malloc(string);
strcpy(employeeData[j]->fax, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->address = (char *)malloc(string);
strcpy(employeeData[j]->address, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->city = (char *)malloc(string);
strcpy(employeeData[j]->city, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->state = (char *)malloc(string);
strcpy(employeeData[j]->state, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->zip = (char *)malloc(string);
strcpy(employeeData[j]->zip, token);

}

if ((token = (strtok(NULL, delimiter))) != NULL)

{

string = sizeof(char)*strlen(token) + 1;
employeeData[j]->country = (char *)malloc(string);
strcpy(employeeData[j]->country, token);

}


PrintContact(employeeData[j]);
j++;

}

CloseFile();

}

void CloseFile()

{

fclose(allocationPointer);

}

void PrintContact(contact *theContact)

{

printf("User Name %d : %s\nFirst Name %d : %s\nSurname %d : %s\nDisplay Name %d : %s\nJob Title %d : %s\nDepartment %d : %s\nOffice Number %d : %s\nOffice Phone %d : %s\nMobile Phone %d : %s\nFax %d : %s\nAddress %d : %s\nCity %d : %s\nState %d : %s\nZip %d : %s\nCountry %d : %s\n",
l, theContact->UserName, l, theContact->firstName, l, theContact->surname, l, theContact->displayName, l, theContact->jobTitle, l, theContact->department, l, theContact->officeNumber, l, theContact->officePhone,
l, theContact->mobilePhone, l, theContact->fax, l, theContact->address, l, theContact->city, l, theContact->state, l, theContact->zip, l, theContact->country);

l++;

}

#include "stdafx.h"
#include "stdio.h"
#include "stdlib.h"
#include "string.h"
#include "ctype.h"

FILE *linkedPointer;

struct result

{

char last[40];
char first[40];
int age;
char email[40];
struct result *next;

};

result * generateLinkedList();
void searchLinkedList(result * list, int age);

int main()

{

int searchTerm = 0;
int searchOptions = 1;
result * linkedList = NULL;

linkedList = generateLinkedList();

while (searchOptions != 0)

{

printf("Please enter a number to search for records based on a person's age. Enter 0 to end the program. \n");
scanf("%d", &searchTerm);

if (searchTerm == 0)

{

printf("You chose option 0. The program will now end. \n");
searchOptions = 0;
exit(0);

}

else

{

searchLinkedList(linkedList, searchTerm);

}

}

return 0;

}

result * generateLinkedList()

{

int i = 0;
result * startNode = NULL;
result * tempNode = NULL;
result * currentNode = NULL;
char linkedLines[100];
char delim[2] = ",";
char *linkedToken;
int tempToken = 0;

linkedPointer = fopen("C:\\Users\\CraigBreathnach\\Desktop\\GY350 College\\CT103 Computer Programming\\Semester 2\\Week 7\\LinkedListFile1.txt", "r");

if (linkedPointer == NULL)

{

printf("Error! The file was not found. Please ensure the file path is correct. \n\n");

}

else

{

printf("Success! The file was found. The file path is correct. \n");

fgets(linkedLines, 200, linkedPointer);

while (!feof(linkedPointer))

{

tempNode = (result*)malloc(sizeof(result));

fgets(linkedLines, 200, linkedPointer);

linkedToken = strtok(linkedLines, delim);

{

if (linkedToken != NULL)

{

strcpy(tempNode->last, linkedToken);

}

}

linkedToken = strtok(NULL, delim);

{

if (linkedToken != NULL)

{

strcpy(tempNode->first, linkedToken);

}

}

linkedToken = strtok(NULL, delim);

{

if (linkedToken != NULL)

{

tempToken = atoi(linkedToken);
tempNode->age = tempToken;

}

}

linkedToken = strtok(NULL, delim);

{

if (linkedToken != NULL)

{

strcpy(tempNode->email, linkedToken);

}

}

tempNode->next = NULL;

if (startNode == NULL)

{

startNode = tempNode;

}

else

{

currentNode = startNode;

while (currentNode->next != NULL)

{

currentNode = currentNode->next;

}

currentNode->next = tempNode;

}

}

}

return startNode;

}

void searchLinkedList(result * startNode, int age)

{

result * currentNode = startNode;

while (currentNode != NULL)

{

if (age == currentNode->age)

{

printf("%s %s\n", currentNode->first, currentNode->last);

}

currentNode = currentNode->next;

}

}

*/