IMPORTANT: PROGRAM IN C LANGUAGE, NOT C++ Program in C language please , prefera
ID: 3825139 • Letter: I
Question
IMPORTANT: PROGRAM IN C LANGUAGE, NOT C++
Program in C language please , preferably compatible with visual studio: Find the contents of the file piglatinin.txt below:
Program 1 English to Pig Latin Introduction As most of you know, pig Latin is a language game played with English words. It is based on discriminating between vowels and consonants within the word. (Note that a "vowel" is any of the characters "a 'e', 'i', o', or 'u'. A "consonant" is any non-vowel character.) Any English word can be converted to its pig Latin equivalent by using the following algorithm: l) Starting from the first character of the word, locate the position of the first vowel. 2) If there is a consonant (or a string of consonants) to the left of that position, do the following: a) Extract the leading consonant(s) from the word. What remains will begin with a vowel by definition. Let's call that the "residual string." b) Append an "ay" to the end of the consonant string creating a "suffix string c) Append the suffix string to the end of the residual string using a hyphen. 3) If the first letter of the word is a vowel, then append "-way" to the end of the word. For example, let's say we want to convert the word "cabin" to pig Latin. Following the above steps, we do the following: 1) We locate the position of the first vowel. This is the 'a' that occurs at index 1 in the string (i.e., it is the second letter in the string). 2) Since there is a leading consonant in this case, "c', it is removed from the word creating the residual string abin a) We take the consonant, c', append an "ay" to it, creating the suffix string cay b) We append that to the end of the residual string using a hyphen.Explanation / Answer
#include<stdio.h>
#include<string.h>
#include <stdlib.h>
#define MAX_SIZE 100
char* convertToPigLatin(char* engStr,char* pigLatinStr) {
unsigned int i=0,j=0,k=0;
unsigned int str_len = strlen(engStr);
for(i=0;i<str_len;i++) {
if (engStr[i] == 'a' || engStr[i] == 'e' || engStr[i] == 'i' || engStr[i] == 'o' || engStr[i] == 'u') {
if (i > 0) {
//make a pig latin string and break out of loop
for(j=0,k=i;k<str_len;k++,j++)
pigLatinStr[j] = engStr[k];
pigLatinStr[j++] = '-';
pigLatinStr[j] = '';
engStr[i++] = 'a';
engStr[i++] = 'y';
engStr[i] = '';
strcat(pigLatinStr,engStr);
} else {
engStr[str_len++] = '-';
engStr[str_len++] = 'w';
engStr[str_len++] = 'a';
engStr[str_len++] = 'y';
engStr[str_len++] = '';
strcpy(pigLatinStr,engStr);
}
break;
}
}
return pigLatinStr;
}
int main() {
char str[MAX_SIZE];
char* new_str=NULL;
FILE* fp1;
FILE* fp2;
fp1 = fopen ("pigLatinIn.txt","r");
fp2 = fopen ("pigLatinOut.txt","w");
if (fp1 == NULL || fp2 == NULL) {
(fp1== NULL?perror(fp1):perror(fp2));
return -1;
}
fprintf(fp2,"English Word Latin Word ");
fprintf(fp2,"---------------- --------------- ");
while (!feof(fp1)) {
fscanf(fp1,"%s",str);
new_str = (char*) malloc(strlen(str)+5);
if (NULL == new_str) {
printf(" Memory allocation failure...");
return -1;
}
fprintf(fp2,"%s ",str);
new_str = convertToPigLatin(str,new_str);
fprintf(fp2,"%s ",new_str);
free(new_str);
}
fclose(fp1);
fclose(fp2);
}
Following is the snapshot of output.
English Word Latin Word
---------------- ---------------
go o-gay
placidly acidly-play
amid amid-way
the e-thay
noise oise-nay
and and-way
haste aste-hay
and and-way
remember emember-ray
what at-whay
peace eace-pay
there ere-thay
may ay-may
be e-bay
in in-way
silence ilence-say
as as-way
far ar-fay
as as-way
possible ossible-pay
without ithout-way
surrender urrender-say
be e-bay
on on-way
good ood-gay
terms erms-tay
with ith-way
all all-way
persons ersons-pay
speak eak-spay
your our-yay
truth uth-tray
quietly uietly-qay
and and-way
clearly early-clay
and and-way
listen isten-lay
to o-tay
others others-way
even even-way
the e-thay
dull ull-day
and and-way
the e-thay
ignorant ignorant-way
they ey-thay
too oo-tay
have ave-hay
their eir-thay
story ory-stay
if if-way
you ou-yay
compare ompare-cay
yourself ourself-yay
with ith-way
others others-way
you ou-yay
may ay-may
become ecome-bay
vain ain-vay
or or-way
bitter itter-bay
for or-fay
always always-way
there ere-thay
will ill-way
be e-bay
greater eater-gray
and and-way
lesser esser-lay
persons ersons-pay
than an-thay
yourself ourself-yay
enjoy enjoy-way
your our-yay
achievements achievements-way
as as-way
well ell-way
as as-way
your our-yay
plans ans-play
be e-bay
yourself ourself-yay
especially especially-way
do o-day
not ot-nay
feign eign-fay
affection affection-way
beyond eyond-bay
a a-way
wholesome olesome-whay
discipline iscipline-day
be e-bay
gentle entle-gay
with ith-way
yourself ourself-yay
you ou-yay
are are-way
a a-way
child ild-chay
of of-way
the e-thay
universe universe-way
no o-nay
less ess-lay
than an-thay
the e-thay
trees ees-tray
and and-way
the e-thay
stars ars-stay
you ou-yay
have ave-hay
a a-way
right ight-ray
to o-tay
be e-bay
here ere-hay
and and-way
whether ether-whay
or or-way
not ot-nay
it it-way
is is-way
clear ear-clay
to o-tay
you ou-yay
no o-nay
doubt oubt-day
the e-thay
universe universe-way
is is-way
unfolding unfolding-way
as as-way
it it-way
should ould-shay
be e-bay
cheerful eerful-chay
strive ive-stray
to o-tay
be e-bay
happy appy-hay