static void setSentenceByIndex_hasOneAddedSentenceSettingNewSentenceInstead_testIfHasChanged(void **state){
text_t text = text_create();
text_addSentenceToEnd(text, "TEST1");
text_setSentenceByIndex(text, "REPLACED", 0);
assert_string_equal(text_getSentence(text, 0), "REPLACED");
text_remove(text);
}
static void addSentenceByIndex_hasTwoAddedSentencesAddingOneNewSentenceToIndexOne_testIfWasAdded(void **state){
text_t text = text_create();
text_addSentenceToEnd(text, "TEST1");
text_addSentenceToEnd(text, "TEST2");
text_addSentenceByIndex(text, "TESTMIDDLE", 1);
assert_string_equal(text_getSentence(text, 1), "TESTMIDDLE");
text_remove(text);
}
int main()
{
FILE * input = file_new("input.txt","r");
FILE * output = file_new("output.txt","w");
char buffer[100000];
sentence_t * sentence;
word_t * word;
fread(buffer,1,100000,input);
text_t * text = text_new(buffer);
removeSymbols(buffer);
text_divide(text);
int sentences_count = text_getSentencesCount(text);
for (int i = 0; i < sentences_count; i++)
{
sentence = text_getSentence(text,i);
sentence_divide(sentence);
int words_count = sentence_getWordsCount(sentence);
if (words_count < 5) sentence_deleteSentence(sentence);
else {
for (int j = 0; j < words_count; j++)
{
word = sentence_getWords(sentence,j);
if (word_getWord(word) != NULL) fprintf(output,"%s,",word_getWord(word));
}
fprintf(output,"\n");
}
}
word_free(word);
sentence_free(sentence);
text_free(text);
file_free(input);
file_free(output);
printf("DONE");
return 0;
}
static void getSentence_hasOneAddedSentence_returnsAddedSentence(void **state){
text_t text = text_create();
text_addSentenceToEnd(text, "TESTSTR");
assert_string_equal(text_getSentence(text, 0), "TESTSTR");
text_remove(text);
}
