int main(int argc, const char * argv[]) { // short i; // int l; // long ll; // float huge; // double not; // char s; // struct GeoLocation{ // float lat; // float lgn; // }; // insert code here... printf("Hello, World!\n"); float w = 15.2; printf("this is %f:\n", w); float timeOfCooking = w * 12.3; printf("time for cooking: %f\t\t minutes\n", timeOfCooking); // BOOL isNotEqual = 1 < 3; sayHi("Perter", "Griffin", 23); // singFor(10); printf(name); struct Person c; c.kilos = 10; c.name = "claudiu"; c.weight = 34; return 0; }
int main(int argc, const char * argv[]) { int i = 20; int j = 10; int k = (i > j) ? 10 : 5; if (5 < j - k) { printf("I do not know"); } else if (j > i){ printf("maybe is possible"); }else{ printf("stupid"); } sayHi("Claudiu", "Demo", 23); }
void funcLookup(int funcIndex, void* readWritePtr, int readWriteLen, void* readOnlyPtr, int readOnlyLen, void* writeOnlyPtr, int writeOnlyLen, DMAListEntry* dmaList) { switch (funcIndex) { case SPE_FUNC_INDEX_INIT: break; case SPE_FUNC_INDEX_CLOSE: break; case FUNC_SAYHI: sayHi((char*)readOnlyPtr); break; default: printf("ERROR :: Invalid funcIndex (%d)\n", funcIndex); break; } }
void sayHello(char * name){ printf("Hello %s\n",name); sayHi(name); }
CcsdsPacketDecoder::CcsdsPacketDecoder() { Serial.println(sayHi()); }