int main ()
{
DictHndl testHash;
ListHndl testLookUp;
testHash = NewDictionary (10);
InsertKey (testHash, "cat", 123);
InsertKey (testHash, "dog", 234);
InsertKey (testHash, "fog", 2345);
InsertKey (testHash, "fog", 245);
testLookUp = LookUp (testHash, "fog");
MoveFirst (testLookUp);
while (!OffEnd (testLookUp))
{
int temp = *(int*) GetCurrent (testLookUp);
printf ("%d ", temp);
MoveNext (testLookUp);
}
printf ("\n");
if (IsIn (testHash, "dog"))
{
printf ("dog is in the table\n");
}
DeleteKey (testHash, "cat");
DeleteKey (testHash, "dog");
if (IsIn (testHash, "dog"))
{
printf ("dog is still in the table\n");
}
testLookUp = LookUp (testHash, "dog");
FreeDictionary (testHash);
return (0);
}
int main() {
LoadDictionary("dictionary.txt");
const char * test1results[] = { "ait", "qat", "dae", "quiz", "zed", "zax", "zit", "zea", "aue", "eau", "eat", "adz", "tuque", "ita", "quat", "qua", "uta", "tui", "tix", "tai", "tae", "taxi", "tau", "tax", "tad", "daut", "daze", "zati", "aitu", "adze", "quai", "quad", "quit", "taed" };
const int test1count = 34;
const int test1score = 35;
Results results1 = FindWords("dzxeaiqut", 3, 3);
checkEquals(results1, test1results, test1count, test1score, "test1");
FreeWords(results1);
const char * test2results[] = { "ply", "flir", "eik", "oye", "yuk", "wye", "reik", "wey", "rei", "plue", "ewt", "euk", "ire", "rew", "rue", "tye", "kir", "top", "toph", "lure", "ruly", "toy", "ure", "puer", "tyer", "lie", "yup", "pot", "yew", "fly", "uey", "puli", "upo", "lye", "ilk", "opt", "plu", "lur", "eyot", "kue", "poh", "phot", "pho", "pye", "flukier", "puy", "pul", "hot", "pur", "jot", "joy", "hop", "hoy", "flu", "weir", "oyer", "weil", "plie", "typo", "yeuk", "iure", "pyot", "puir", "pulk", "puly", "pure", "puri", "lire", "lier", "lieu", "erupt", "kilp", "kier", "kuri", "toyer", "glue", "flue", "twyer", "plier", "plyer", "pulik", "gluer", "gluey", "glyph", "fluyt", "fluey", "flier", "flyer", "yukier", "pulier", "gluier", "fluier" };
const int test2count = 92;
const int test2score = 117;
Results results2 = FindWords("qwertyuioplkjhgf", 4, 4);
checkEquals(results2, test2results, test2count, test2score, "test2");
FreeWords(results2);
const char * test3results[] = { "lou", "mol", "cert", "wex", "holk", "rew", "jupon", "mon", "upon", "rec", "rev", "crew", "poh", "rex", "vex", "hom", "mop", "mou", "til", "noh", "nom", "jol", "only", "kit", "lit", "once", "pol", "noup", "pom", "oup", "lop", "ilk", "upo", "hop", "hon", "holy", "wert", "moly", "reck", "trew", "oncer", "vert", "verb", "brew", "moup", "klik", "polk", "poly", "loup", "treck", "ponce" };
const int test3count = 51;
const int test3score = 55;
Results results3 = FindWords("qwertzxcvbmnjklpolkiujhyt", 5, 5);
checkEquals(results3, test3results, test3count, test3score, "test3");
FreeWords(results3);
const char * test4results[] = { "dad", "add", "dada" };
const int test4count = 3;
const int test4score = 3;
Results results4 = FindWords("dadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadadada", 10, 10);
checkEquals(results4, test4results, test4count, test4score, "test4");
FreeWords(results4);
const char * test5results[] = { "not", "bos", "oon", "bone", "tote", "noo", "non", "nebs", "nos", "bosket", "tete", "nek", "tee", "oot", "nonettos", "keb", "ono", "kons", "tot", "bon", "oos", "sot", "ons", "ten", "snoeks", "tet", "ketones", "oke", "sooks", "ton", "bot", "sen", "books", "too", "tene", "otto", "een", "kon", "note", "ene", "obe", "set", "sneb", "boo", "eek", "bet", "toot", "bee", "ben", "tone", "teen", "toetoe", "obo", "bootee", "sob", "one", "skeet", "ket", "tes", "tokens", "toe", "bes", "skeen", "nene", "eon", "ken", "nob", "net", "knees", "nee", "onos", "neb", "betook", "ens", "bonnet", "bete", "son", "neon", "obs", "oes", "bonks", "ose", "see", "nott", "besee", "noon", "nook", "oons", "ketone", "oont", "toes", "tent", "toon", "tons", "beento", "nenes", "kens", "eons", "took", "ebon", "boose", "eten", "book", "boot", "knot", "boon", "bott", "been", "nonbook", "beet", "bene", "koto", "bent", "bonk", "onto", "keto", "seen", "kete", "ones", "keet", "botone", "toko", "toke", "none", "nett", "nete", "tonk", "sone", "teek", "snot", "snob", "sook", "etens", "soot", "neks", "soon", "nobs", "noes", "okes", "nose", "oose", "tose", "beset", "boos", "tenons", "knee", "keen", "sket", "kebs", "besot", "keno", "kent", "knob", "toetoes", "obos", "tees", "ebook", "tens", "sett", "sekt", "sent", "snee", "seek", "sene", "tenon", "skee", "sken", "skeo", "notebook", "esne", "bosk", "bees", "bens", "obes", "enes", "noons", "nooks", "ottos", "tenet", "tenno", "tenne", "toons", "botte", "bonne", "beton", "benet", "benne", "bento", "boons", "tokes", "token", "nonet", "obento", "neons", "snook", "noose", "nones", "tonne", "tonks", "beknot", "teens", "tones", "snoot", "snoke", "snoek", "soote", "nonette", "notes", "bones", "totes", "onset", "boson", "kotos", "keeno", "kenos", "kente", "netes", "teene", "tense", "tetes", "ebons", "sonne", "seton", "sente", "tenes", "betes", "benes", "obese", "nektons", "neese", "betokens", "nebek", "knobs", "tennos", "tennes", "betons", "entetee", "bennet", "bonnes", "bennes", "ketose", "tonnes", "snooks", "snokes", "sootes", "bookoo", "bottes", "ketene", "keenos", "kennet", "nekton", "tenson", "entete", "settee", "sonnes", "setons", "sennet", "sonnet", "beseen", "nebeks", "botonee", "boneset", "betoken", "nonetto", "tonette", "bookoos", "bootees", "kennett", "ketenes", "nonbooks", "botonnee", "nonettes", "tonettes", "nonobese" };
const int test5count = 274;
const int test5score = 559;
Results results5 = FindWords("notebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnotnotebooknotenotesnot", 8, 20);
checkEquals(results5, test5results, test5count, test5score, "test5");
FreeWords(results5);
FreeDictionary();
std::cout << "Done!" << std::endl;
return 0;
}
int main ()
{
DictHndl testDict;
ListHndl testLookUp;
testDict = NewDictionary (10);
InsertKey (testDict, "cat", 123);
InsertKey (testDict, "dog", 234);
InsertKey (testDict, "fog", 2345);
InsertKey (testDict, "fog", 245);
testLookUp = LookUp (testDict, "cat");
printf ("%d\n" , *(int*) GetFirst (testLookUp));
PrintKeyLocations (testDict, "fog");
if (IsIn (testDict, "dog"))
{
printf ("dog is in the table\n");
}
DeleteKey (testDict, "cat");
DeleteKey (testDict, "dog");
if (IsIn (testDict, "dog"))
{
printf ("dog is still in the table\n");
}
FreeDictionary (testDict);
return (0);
}
int main ( int argc, char* argv [])
{
int i, j;
DictHndl library;
int numBooks;
int dictSize;
int parser;
int parseSave;
int numSearches;
FILE *libraryBooks;
FILE *searchBooks;
char buffer[1000];
if (argc != 3)
{
fprintf (stderr, "usage: %s filename filename\n", argv[0]);
return 1;
}
libraryBooks = fopen( argv[1], "r");
searchBooks = fopen ( argv[2], "r");
if (libraryBooks == 0 || searchBooks == 0)
{
fprintf (stderr, "File does not exist\n");
return 1;
}
fgets (buffer, 1000, libraryBooks);
parser = 0;
while (buffer[parser] >= '0' && buffer[parser] <= '9')
{
parser++;
}
parseSave = parser;
parser--;
numBooks = 0;
for (j = 1; parser >= 0; j = j * 10)
{
numBooks += (buffer[parser] - '0') * j;
parser--;
}
parser = parseSave + 1;
while (buffer[parser] >= '0' && buffer[parser] <= '9')
{
parser++;
}
dictSize = 0;
for (j = 1; parser > parseSave; j = j * 10)
{
dictSize += (buffer[parser] - '0') * j;
parser--;
}
library = NewDictionary (dictSize);
for (i = 0; i < numBooks; i++)
{
int reparser = 0;
int tempLocation = 0;
parser = 0;
fgets (buffer, 1000, libraryBooks);
while (buffer[parser] != ',')
{
if (parser == 999)
{
fprintf (stderr, "Improper Library Data File\n");
return 1;
}
parser++;
}
parseSave = parser;
parser--;
for (j = 1; parser >= 0; j = j * 10)
{
tempLocation += (buffer[parser] - '0') * j;
parser--;
}
parser = parseSave;
parser += 2;
while (buffer[parser] != '\n' &&
buffer[parser] != EOF &&
buffer[parser] != '\0')
{
buffer[reparser] = buffer[parser];
parser++;
reparser++;
}
buffer[reparser] = '\0';
InsertKey (library, buffer, tempLocation);
}
fgets (buffer, 1000, searchBooks);
parser = 0;
while (buffer[parser] >= '0' && buffer[parser] <= '9')
{
parser++;
}
parser--;
numSearches = 0;
for (j = 1; parser >= 0; j = j * 10)
{
numSearches += (buffer[parser] - '0') * j;
parser--;
}
for (i = 0; i < numSearches; i++)
{
fgets (buffer, 1000, searchBooks);
j = 0;
while (buffer[j] != '\n' &&
buffer[j] != '\0' &&
buffer[j] != EOF)
{
j++;
}
buffer[j] = '\0';
PrintKeyLocations (library, buffer);
}
FreeDictionary (library);
fclose (libraryBooks);
fclose (searchBooks);
return 0;
}
//Teardown
~EnchantBrokerRequestDictionary_TestFixture()
{
FreeDictionary(_dict);
}
//Teardown
~EnchantBrokerFreeDictNoDisposeTestFixture(){
FreeDictionary(_dictionary);
}
//Teardown
~EnchantBrokerFreeDictTestFixture()
{
FreeDictionary(_dictionary);
}
