int main(int argc, char* argv[]){
//Inicializace MMU
mmuInit();
if(argc != 2){
fprintf(stderr, "Invalid arguments\n");
return ERROR_COMPILATOR;
}
if(!(gFileHandler = mmuFopen(argv[1], "r"))){
fprintf(stderr, "Cannot open input file\n");
return ERROR_COMPILATOR;
}
initToken(&gToken);
E_CODE err = ERROR_OK;
tSymbolTable table;
symbolTableInit(&table);
err = parser(&table);
if (err == ERROR_OK)
err = interpret(&table);
mmuFclose(gFileHandler);
//mmuDump();
mmuGlobalFree();
return err;
}
int main (int argc, char *argv[])
{
if (argc != 3) {
printf("Really? Even in test?\n");
return 1;
}
mmuInit();
tString text = strCreate(argv[1]);
tString search = strCreate(argv[2]);
printf("Text: %s\n"
"Text len: %u\n", text.data, text.len);
printf("Hledany string: %s\n"
"Hledany len: %u\n", search.data, search.len);
int position = kmpSearch(text, search);
printf("Pozice je: %d\n", position);
strFree(&text);
strFree(&search);
mmuGlobalFree();
return 0;
}
int main(int argc, char* argv[]){
//Inicializace MMU
mmuInit();
if(argc != 2){
fprintf(stderr, "Invalid arguments\n");
return ERROR_COMPILATOR;
}
if(!(gFileHandler = mmuFopen(argv[1], "r"))){
fprintf(stderr, "Cannot open input file\n");
return ERROR_COMPILATOR;
}
initToken(&gToken);
E_CODE err=ERROR_OK;
tString func=strCreate("function");
tString x = strCreate("x");x=x;
tSymbolTable table;
symbolTableInit(&table);
err=symbolTableInsertFunction(&table,func);
table.currentFunc=symbolTableSearchFunction(&table,func);
if(table.currentFunc==NULL)printf("funkce nenalezena");
functionInsertSymbol(table.currentFunc,x);
tSymbol *result=NULL;
// if(getToken()==LEX_L_BRACKET)printf("leva zavorka\n");
//if(getToken()==LEX_R_BRACKET)printf("prava zavorka\n");
if(getToken()==LEX_ID)printf("tady je ID\n");
if(getToken()==LEX_ASSIGN)printf("tady je =\n");
if(getToken()==LEX_STRING)printf("cislo\n");
printf("string je:%s\n",gToken.data.data);
if(getToken()==LEX_ADDITION)printf("plus");
if(getToken()==LEX_STRING)printf("cislo\n");
if(getToken()==LEX_EOL)printf("konec radku\n");
tKeyword kw=getToken();kw=kw;
err=prsExpression(&table,kw,&result);
printf("err je : %d\n",err);
if(result==NULL)printf("chyba: vysledek je null\n");
mmuFclose(gFileHandler);
mmuDump();
mmuGlobalFree();
}
int main (int argc, char *argv[])
{
if (argc != 2) {
printf("Really? Even in test?\n");
return 1;
}
mmuInit();
tString text = strCreate(argv[1]);
printf("Text: %s\n"
"Text len: %u\n", text.data, text.len);
quicksort(&text.data, 0, text.len-1);
printf("Pozice je: %s\n", text.data);
strFree(&text);
mmuGlobalFree();
return 0;
}
void gameboyInit(Gameboy *gameboy, Cartridge *cartridge)
{
CPU *cpu = malloc(sizeof(CPU));
cpuInit(cpu);
MMU *mmu = malloc(sizeof(MMU));
mmuInit(mmu, cartridge);
Timer *timer = malloc(sizeof(Timer));
timerInit(timer);
Display *display = malloc(sizeof(Display));
displayInit(display);
Joypad *joypad = malloc(sizeof(Joypad));
inputInit(joypad);
gameboy->cpu = cpu;
gameboy->mmu = mmu;
gameboy->timer = timer;
gameboy->display = display;
gameboy->joypad = joypad;
}
int mmuTestInit(
void
)
{
static SYMBOL symTableMmuTest[] =
{
{NULL, "_mmuGlobalMapTest", mmuGlobalMapTest, 0, N_TEXT | N_EXT}
};
int i;
if (mmuInit() != OK)
{
fprintf(stderr, "Error - Unable to initialize mmu.\n");
return ERROR;
}
for (i = 0; i < NELEMENTS(symTableMmuTest); i++)
{
symTableAdd(sysSymTable, &symTableMmuTest[i]);
}
return i;
}
int main()
{
tBTree *T;
tBTNode N;
mmuInit();
T=mmuMalloc(sizeof(tBTree));
btInit(T);
tString str,str1,str2,str3;
void *nic=NULL;
str=strCreate("ahoj");
str1=strCreate("nazdar");
str2=strCreate("valhala");
str3=strCreate("abcd");
if(strCmp(&str1,&str1)!=0)printf("chyba strCmp");
//printf("%s\n",str.data);
BTInsert(T,&str,nic);
BTInsert(T,&str1,nic);
BTInsert(T,&str2,nic);
BTInsert(T,&str3,nic);
printf("%d\n",T->root->height);
printf("%s\n",T->root->left->key->data);
printf("%s\n",T->root->right->key->data);
printf("%s\n",T->root->right->right->key->data);
printf("%s\n",T->root->key->data);
N=btFind(T,&str1);
//BTInsert(T,&str2,nic);
if(N!=NULL)printf("%s\n",N->key->data);
else printf("nic se nenaslo\n");
if(T->root->left==NULL && T->root->right==NULL) printf("chyba\n");
int cmp=strCmp(&str1,&str);
printf("%d\n",cmp);
//btFree(T);
mmuGlobalFree();
return 0;
}
int main(){
mmuInit();
tSymbolTable T;
symbolTableInit(&T);
tString str=strCreate("funkce");
symbolTableInsertFunction(&T,str);
tFunction *F=symbolTableSearchFunction(&T,str);
if(F==NULL)printf("chyba:nic se nenaslo"); else printf("OK:nalezena fce: %s\n",F->name.data);
if(symbolTableInsertFunction(&T,str)==ERROR_INS_EXIST) printf("OK:dvojita definice uspesne rozpoznana\n");
tString str2=strCreate("promenna");
functionInsertSymbol(F,str2);
tSymbol *S=functionSearchSymbol(F,str2);
if(S==NULL)printf("chyba:nic se nenaslo"); else printf("OK:nalezena promenna: %s\n",S->key.data);
if(F->symbols.lastAdded->data==S) printf("OK:posledni pridana promenna je rozpoznana\n");
else printf("chyba: posledni pridana promenna se nerovna\n");
printf("OK: pristup k posledni pridane promenne:%s\n",((tSymbol*)(F->symbols.lastAdded->data))->key.data);
if(S==getLastSymbol(F))printf("OK:test fce getLastSymbol\n");else printf("chyba:fce getLastSymbol\n");
S=functionSearchSymbol(F,str);
if(S==NULL)printf("OK:nic se nenaslo\n"); else printf("chyba:nalezena promenna: %s\n",S->key.data);
S=functionInsertConstant(F,str,LEX_STRING); if(S==NULL) printf("chyba insert constant");
if (S==getLastConstant(F)) printf("getLastConstant je OK");
printf("posledni konstanta je:%s\n ",S->data->data.sData.data);
mmuGlobalFree();
}
