L11: Lab#11: Songs with arrays 1

Write a C program to do the following.

Output the nursery rhyme as shown in the example input and output.

No functions or procedures or global variables or defines are to be used. That is for a future work.
No constants or pseudo-constants or defines are to be used. This is for a future work.
Do not use simple string variables for the differences in the song. Instead, use one array and index into that array to set and access that difference.
Separate the following, in order: declarations, input, processing, output.
The program should be general and not make unnecessary assumptions about the input.

If the requirements are unclear in any way, use any provided input and output to resolve the discrepancy.

See Guidelines for C programs .

The debugging output is as in previous works.

The debugging output data is an integer on the first line of the input. It should be read without prompt or echo.
Only output using printf should be done in the body of a debugging conditional. (This includes any functions whose only effect is to do output using printf).
No compound conditionals, such as using && or nested conditionals should be used. They are not needed and complicate the use and understanding of this simple idea.
The code 0 means just the production output. No condition nor conditional is needed for this.
The code 1 means the production and processing output. Use the condition "> 0" (greater than zero) for the check.
The code 2 means the production and processing and input prompt and echo output. Use the condition "> 1" (greater than one) for the check.
All debugging output must be sequenced appropriately. The prompt should come immediately before the scanf and the echo should be immediately after the scanf.

Domain knowledge is the background knowledge that is useful in solving a problem, designing a solution, implementing the solution, etc. The following domain knowledge may be useful for this requirement.

The only domain knowledge needed is that of some children's nursery rhymes. The main use of the rhymes is so that there is no question what the output should be without even looking.

Note: In addition to specific domain knowledge, you should be familiar with all concepts covered to this point in the course.

The following coding examples and/or notes may be of use for this requirement.

C: Procedural abstraction introduction
C: Procedural abstraction using variables
C: Procedural abstraction using arrays (this work is based on the first program on this page)

Make all necessary assumptions. Make no unnecessary assumptions.

In addition to specific coding examples, you should be familiar with all concepts covered to this point in the course.

You are provided with the following starter program in file songarrays1.c.

Do not remove any comment that starts with three slashes.

Here is the C code.

/// File: songarrays1.c
/// Purpose: Songs with arrays 1
/// Author: (your name)
/// Help received:
// (add here)
/// pseudo-code:
// (add here)

#include <stdio.h>

int main() {
	///:BEGIN ToDo

	///:END ToDo
	return 0;
	}

You are to fill in the missing parts of the program according to the work requirements (see above).

In the comments at the top, you are to fill in the author (your name), help received (person and type of help), and pseudo-code parts which are not in the solution (usually provided, but you need to add them). Remove the parentheses too.

Begin solution

Here is a possible solution to the above problem. Note: Once a solution is provided, or the day before the next class, further submissions for this work receive no credit.

/// File: songarrays1.c
/// Purpose: Songs with arrays 1
/// Author: (your name)
/// Help received:
// (add here)
/// pseudo-code:
// (add here)

#include <stdio.h>

int main() {
	///:BEGIN ToDo
	// declarations
	int show1;
	char data1[6][256];
	// input
	scanf("%d",&show1);
	if (show1 > 1) {
		printf("Input: (show=%d)\n",show1);
		printf("\n");
		}
	// get input for Age
	if (show1 > 1) {
		printf("Enter value for Age:\n");
		}
	scanf("%s",data1[0]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Age.\n",data1[0]);
		}
	// get input for Name
	if (show1 > 1) {
		printf("Enter value for Name:\n");
		}
	scanf("%s",data1[1]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Name.\n",data1[1]);
		}
	// get input for Place
	if (show1 > 1) {
		printf("Enter value for Place:\n");
		}
	scanf("%s",data1[2]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Place.\n",data1[2]);
		}
	// get input for Pronoun
	if (show1 > 1) {
		printf("Enter value for Pronoun:\n");
		}
	scanf("%s",data1[3]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Pronoun.\n",data1[3]);
		}
	// get input for Animal
	if (show1 > 1) {
		printf("Enter value for Animal:\n");
		}
	scanf("%s",data1[4]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Animal.\n",data1[4]);
		}
	// get input for Sound
	if (show1 > 1) {
		printf("Enter value for Sound:\n");
		}
	scanf("%s",data1[5]);
	if (show1 > 1) {
		printf("You entered \"%s\" for Sound.\n",data1[5]);
		}
	// process
	if (show1 > 0) {
		printf("\n");
		printf("Process: (show=%d)\n",show1);
		printf("\n");
		}
	if (show1 > 0) {
		printf("\tAge: %s\n",data1[0]);
		printf("\tName: %s\n",data1[1]);
		printf("\tPlace: %s\n",data1[2]);
		printf("\tPronoun: %s\n",data1[3]);
		printf("\tAnimal: %s\n",data1[4]);
		printf("\tSound: %s\n",data1[5]);
		}
	// output
	if (show1 > 0) {
		printf("\n");
		printf("Output: (show=%d)\n",show1);
		printf("\n");
		}
	printf("\t%s %s had a %s, E I E I O\n",data1[0],data1[1],data1[2]);
	printf("\tAnd on this %s %s had a %s, E I E I O\n",data1[2],data1[3],data1[4]);
	printf("\tWith a %s %s here, and a %s %s there,\n",data1[5],data1[5],data1[5],data1[5]);
	printf("\tHere a %s, there a %s, everywhere a %s %s,\n",data1[5],data1[5],data1[5],data1[5]);
	printf("\t%s %s had a %s, E I E I O\n",data1[0],data1[1],data1[2]);

	///:END ToDo
	return 0;
	}

End solution

Here are some examples of input and output for the above program code.

Here is an example input from file input1.txt.

2
Old
MacDonald
farm
he
sheep
baa

For the above example input, here is the expected output.

Input: (show=2)

Enter value for Age:
You entered "Old" for Age.
Enter value for Name:
You entered "MacDonald" for Name.
Enter value for Place:
You entered "farm" for Place.
Enter value for Pronoun:
You entered "he" for Pronoun.
Enter value for Animal:
You entered "sheep" for Animal.
Enter value for Sound:
You entered "baa" for Sound.

Process: (show=2)

	Age: Old
	Name: MacDonald
	Place: farm
	Pronoun: he
	Animal: sheep
	Sound: baa

Output: (show=2)

	Old MacDonald had a farm, E I E I O
	And on this farm he had a sheep, E I E I O
	With a baa baa here, and a baa baa there,
	Here a baa, there a baa, everywhere a baa baa,
	Old MacDonald had a farm, E I E I O

Here is an example input from file input2.txt.

1
Tall
Melissa
grange
she
cow
moo

For the above example input, here is the expected output.

Process: (show=1)

	Age: Tall
	Name: Melissa
	Place: grange
	Pronoun: she
	Animal: cow
	Sound: moo

Output: (show=1)

	Tall Melissa had a grange, E I E I O
	And on this grange she had a cow, E I E I O
	With a moo moo here, and a moo moo there,
	Here a moo, there a moo, everywhere a moo moo,
	Tall Melissa had a grange, E I E I O

Here is an example input from file input3.txt.

0
Young
Josiah
ranch
he
pig
oink

For the above example input, here is the expected output.

	Young Josiah had a ranch, E I E I O
	And on this ranch he had a pig, E I E I O
	With a oink oink here, and a oink oink there,
	Here a oink, there a oink, everywhere a oink oink,
	Young Josiah had a ranch, E I E I O

Pseudo-code is a "false" code. It is not really code, but a simplified English explanation that is somewhat similar to code. Pseudo-code is useful for understanding what a program does. For this work, the following can be used as the pseudo-code. Adjust if needed.

Get the input
Process the input
Output the results

Note: Only some essential details are included. Some details, such as input, prompts, input echo, and obviously needed output are omitted.

The best way to copy-paste pseudo-code that includes indented code (e.g., with tabs) is as follows (in the code file) using a multi-line comment.

/* (pasted pseudo-code here) */

CS 101 - L11 : Lab#11: Songs with arrays 1 Your grade: _ / 20 [LATE] Late or redo penalty: _ / -20 [SUBMIT] Not submitted properly: _ / -20 [RUN] Does not compile, run-time crash, etc.: _ / -20 [ETHICS] Ethical issues: _ / -20 [HEADER] Header comments not done as required: _ / -10 [STYLE] Inconsistant style or indentation: _ / -10 [CODE] Code guidelines ignored: _ / -20 [XCODE] Code used not yet covered: _ / -10 [REMOVED] Triple slash comments removed: _ / -10 [ADDED] Code added outside of marked areas: _ / -10 [OUTPUT] Functional requirements met: _ / 20 [CREDIT] Extra credit: _ / +4 Comments: