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test.c
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test.c
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#include "test.h"
#define PASS "\x1B[32mPASSED\x1B[0m"
#define FAIL "\x1B[31mFAILED\x1B[0m"
int main(void)
{
test();
return SUCCESS;
}
int test(void)
{
int i=0,j, cnt[20], totErrors=0;
char format[40]="------------------------------------\n";
printf("\n\nTESTING\n%s",format );
printf("\ndisplay.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_newDisplay();
printf("%2d. ",i+1 );
cnt[i++]=TEST_closeDisplay();
printf("\ngrid.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_initGrid();
printf("%2d. ",i+1 );
cnt[i++]=TEST_getNeighbour();
printf("%2d. ",i+1 );
cnt[i++]=TEST_directionsTrans();
printf("\ninput.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_input();
printf("\nentity.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_fillGrid();
printf("%2d. ",i+1 );
cnt[i++]=TEST_updateEntities();
printf("%2d. ",i+1 );
cnt[i++]=TEST_updatePlayerfacing();
printf("\nbgame.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_newBulb();
printf("%2d. ",i+1 );
cnt[i++]=TEST_makeBoundariesBinary();
printf("\nquizGame.c\n%s",format );
printf("%2d. ",i+1 );
cnt[i++]=TEST_enc_getHint();
printf("%2d. ",i+1 );
cnt[i++]=TEST_enc_updateWord();
for(j=0;j<i;j++){
totErrors+=cnt[j];
}
printf("%s%d of %d %s %s\n\n",format,i-totErrors, i,"tests", "PASSED" );
if(totErrors==0){
return SUCCESS;
}
else{
return ERROR;
}
}
// Testing display.c
int TEST_newDisplay()
{
Display *d;
d=newDisplay();
if(d==NULL){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_closeDisplay()
{
Display *d;
d=newDisplay();
closeDisplay(d);
d=NULL;
if(d!=NULL){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS);
return SUCCESS;
}
}
// Testing grid.c
int TEST_fillGrid()
{
cell grid[H][W];
initGrid(grid);
fillGrid(grid);
if(grid[rand()%H][rand()%W].background->ispassable!=passable){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_updatePlayerfacing()
{
entity *e=NULL;
e=newEntity(10,10,10,10);
direction direct=LEFT;
updatePlayerfacing(e,direct,DOWN);
if(e->x!=10){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_input()
{
int value=0;
Display *d;
d=newDisplay();
value = input(d);
if(value!=0){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_initGrid()
{
cell grid[H][W];
initGrid(grid);
if(grid[5][5].foreground!=NULL||grid[5][5].background!=NULL){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_getNeighbour()
{
int x=5, y=5;
direction dir=LEFT;
cell grid[H][W], *testCell;
initGrid(grid);
fillGrid(grid);
testCell=getNeighbour(x, y, dir, grid);
if(testCell->background!=grid[y][x-1].background){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_directionsTrans()
{
int x,y;
cell grid[H][W];
initGrid(grid);
fillGrid(grid);
x=grid[5][1].background->x;
y=grid[5][0].background->y;
directionsTrans(LEFT, &x, &y);
if(x!=grid[5][0].background->x){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_newBulb(){
cell grid[H][W];
int x=0, y=0;
entity *bulb=newBulb(grid, x, y);
initGrid(grid);
fillGrid(grid);
if(bulb->ispassable!=1 || bulb->x!=x || bulb->y !=y){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_makeBoundariesBinary()
{
cell grid[H][W];
// initGrid(grid);
makeBoundariesBinary(grid);
if(grid[0][7].background->ispassable!=0){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
int TEST_updateEntities()
{
cell grid[H][W];
initGrid(grid);
newBulb(grid,1,1);
assert(grid[8][1].background->type==OFFSWITCH);
updateEntities(grid);
if(grid[8][1].background->type==ONSWITCH){
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
else{
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
}
// Testing quizGame.c
int TEST_enc_updateWord()
{
/*test if the word "elves" will be updated
from the grid to a string variable*/
cell grid[H][W];
/* need to give an init word cause enc_updateWord
uses strlen */
char word[LENGTH]={"tests"};
int i;
word[5] = '\0';//to mark the end of string
for (i=0; i<5; i++){
grid[0][i].background = (entity *)malloc(sizeof(entity));
}
// pass the word on the grid
grid[0][0].background->type = 'e';
grid[0][1].background->type = 'l';
grid[0][2].background->type = 'v';
grid[0][3].background->type = 'e';
grid[0][4].background->type = 's';
enc_updateWord(grid, 0, 0, word);
if(strcmp(word, "elves") == 0){
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
else{
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
}
int TEST_enc_getHint()
{
char hint[HINTLENGTH];
int found_letter = ERROR, i, errors=0;
// set all hint chars to NULL
for (i=0; i<HINTLENGTH; i++){
hint[i] = '\0';
}
enc_getHint(hint, 0);
// search if hint is still empty
for (i=0; i<HINTLENGTH; i++){
if( hint[i] != '\0'){
found_letter = SUCCESS;
break;
}
}
/* now I will also check some random lines
to see if I get the right hints*/
if(strcmp(hint, "Handles memory between Hard Disk and CPU") != 0){
errors++;
}
enc_getHint(hint, 8);
if(strcmp(hint, "Think of it as a computer in your hand.") != 0){
errors++;
}
enc_getHint(hint, 19);
if(strcmp(hint, "Legolas, Erwin, Tauriel.. You know them!") != 0){
errors++;
}
if ((errors == 0) && (found_letter == SUCCESS)){
printf("%25s %s\n",__func__, PASS );
return SUCCESS;
}
else{
printf("%25s %s\n",__func__, FAIL );
return ERROR;
}
}
// game binary game, grid.c