FunctionInputForm SNF_ParserFacade::getFunctionInputForm(string input)
{
size_t i=0;
while (getSymbolType(input[i])==SYMBOL_OTHER || getSymbolType(input[i])==SYMBOL_SPACE) i++;
if (getSymbolType(input[i]) == SYMBOL_CONJUNCTION || getSymbolType(input[i]) == SYMBOL_DISJUNCTION )
return FORM_SHORT;
return FORM_EXPANDED;
}
bool Symbol::isTextObjectSymbol(TextSection* text){
if (getSymbolType() == STT_NOTYPE && GET(st_shndx) == text->getSectionIndex() &&
text->inRange(GET(st_value))){
return true;
}
return false;
}
int main()
{
symbolEntry head, entry1, entry2, entry3;
strcpy(head.name,"func0");
strcpy(entry1.name, "func1");
strcpy(entry2.name, "func2");
strcpy(entry3.name, "func3");
head.type = 'T';
entry1.type = 'U';
entry2.type = 'D';
entry3.type = 't';
head.next = NULL;
entry1.next = NULL;
entry2.next = NULL;
entry3.next = NULL;
symbolEntry *pHead = &head;
symbolEntry *pEntry1 = &entry1;
symbolEntry *pEntry2 = &entry2;
symbolEntry *pEntry3 = &entry3;
//printf("count before add: %d\n", size);
append(pEntry1, pHead);
int sizeBeforeContains = count(pHead);
printf("count before contains: %d\n", sizeBeforeContains);
if (contains2("func1", pHead)) {
printf("contains test 1 pass\n");
printf("count after test 1 pass: %d\n", count(pHead));
} else {
printf("contains test 1 fail\n");
printf("count after test 1 fail: %d\n", count(pHead));
}
append(pEntry2, pHead);
if (contains("func2", pHead)){
printf("contains test 2 pass\n");
printf("count after test 2 pass: %d\n", count(pHead));
} else {
printf("contains test 2 fail\n");
printf("count after test 2 fail: %d\n", count(pHead));
}
if (!contains("hello", pHead)) {
printf("contains test for non-contained item passed\n");
printf("count after contains test for non-contained item passed: %d\n", count(pHead));
} else {
printf("contains test for non-contained item fail\n");
printf("count after test for non-contained item fail: %d\n", count(pHead));
}
char theType = getSymbolType(entry2.name, pHead);
if (theType == 'D') {
printf("Get Symbol Type test 1 passed\n");
} else {
printf("Get Symbol Type test 1 failed\n");
}
char newType = 'T';
updateSymbolType(entry2.name, pHead, newType);
if (entry2.type == 'T') {
printf("Update Symbol Type test 1 pass\n");
} else {
printf("update Symbol Type test 1 failed\n");
}
char def = getSymbolType(entry2.name, pHead);
if (def == 'T') {
printf("Get Symbol Type test 2 passed\n");
} else {
printf("Get Symbol Type test 2 failed\n");
}
printf("print list test: \n");
printf("-----------------------\n");
printList(pHead);
printf("Count before remove: %d\n", count(pHead));
printf("removing symbol foo()...\n");
removeSymbol(pEntry2, pHead);
int newCount = count(pHead);
printf("count after remove: %d\n", newCount);
printf("list after remove: \n");
printf("-------------------------\n");
printList(pHead);
return 0;
}
bool Symbol::isFunctionSymbol(TextSection* text){
if (getSymbolType() == STT_FUNC && GET(st_shndx) == text->getSectionIndex()){
return true;
}
return false;
}
