int main()
{
int i;
int hash;
int length;
struct minion* p_oMinion0;
struct minion* p_oMinion1;
unsigned char* pData;
// allocate the memory needed for the 2 Minions
p_oMinion0 = malloc(5);
p_oMinion1 = malloc(7);
// the length of the 2 Minions together
length = 5 + 7;
// set data for Minion0
p_oMinion0->id = 1;
p_oMinion0->type = 0;
p_oMinion0->datasize = 2;
memcpy(p_oMinion0->data, "ab", p_oMinion0->datasize);
// set data for Minion1
p_oMinion1->id = 1;
p_oMinion1->type = 0;
p_oMinion1->datasize = 4;
memcpy(p_oMinion1->data, "1234", p_oMinion1->datasize);
// allocate a datablock to join both Minions
pData = malloc(length);
// join the Minions
memcpy(pData , p_oMinion0, 5);
memcpy(pData + 5, p_oMinion1, 7);
// print memory
printf("Pos\tHex\tDec\tChar\n");
for (i = 0; i < length; i++)
{
printf("%2i:\t%02x\t%i\t%c\n", i, pData[i], pData[i], pData[i]);
}
// generate hash of the joined Minions
hash = (genUID(DEF_PASSWORD_HASH, pData, length));
// print hash, length and frame strucutre
printf("\nHASH:\t%04x\nLength:\t%i\n", hash, length);
printf("\nFinal Frame Structure:\n[HASH;LENGTH]DATA\n");
return 0;
};
uint32_t LightManager::addLight(const Light& data)
{
OpenThreads::ScopedLock<OpenThreads::Mutex> lock(_lightManagerMapMutex);
const unsigned lightID = genUID();
Light & light = _LightsMap[lightID];
light = data;
light.active = true;
return lightID;
}
int main ()
{
randomize();
int c;
char data[512];
for (c = 0; c < 512; c++)
{
data[c] = rand() % 230 + 20;
}
printf("UID: 0x%08x\n", genUID(DEF_PASSWORD_HASH, data, sizeof(data)));
return 0;
};
