int simpleGetValueOf(char *wire)
{
/* if this isn't a wire but a value */
if (isdigit(wire[0]))
return atoi(wire);
/* wire only 1 character long -> add space infront */
if (strlen(wire) == 1)
{
char newWire[3] = {0};
newWire[0] = ' ';
newWire[1] = wire[0];
newWire[2] = '\0';
wire = newWire;
}
int i = getFromTable(&table, wire);
if (i != -1)
return i;
else
{
int j = getValueOf(wire);
putInTable(&table, wire, j);
return j;
}
}
void ghstringparse(ghout *out)
{
json_t *root, *message;
json_error_t error;
root = json_loads(out->content, 0, &error);
out->json = malloc(sizeof(root));
if (!out->json) {
printf("ERROR in json Data:%s.\n",error.text);
exit(EXIT_FAILURE);
}
message = getValueOf(root, "message");
if (json_is_object(message)){
printf("message: %s\n", json_string_value(message));
}
out->json = root;
}
int CustomIngredientImplementation::getValueOf(int stat) {
String attribute = "";
switch(stat) {
case CraftingManager::CR:
attribute = "res_cold_resist";
break;
case CraftingManager::CD:
attribute = "res_conductivity";
break;
case CraftingManager::DR:
attribute = "res_decay_resist";
break;
case CraftingManager::HR:
attribute = "res_heat_resist";
break;
case CraftingManager::FL:
attribute = "res_flavor";
break;
case CraftingManager::MA:
attribute = "res_malleability";
break;
case CraftingManager::PE:
attribute = "res_potential_energy";
break;
case CraftingManager::OQ:
attribute = "res_quality";
break;
case CraftingManager::SR:
attribute = "res_shock_resistance";
break;
case CraftingManager::UT:
attribute = "res_toughness";
break;
default:
return 0;
break;
}
return getValueOf(attribute);
}
int IrReader::getCentimetersOf(int addr, int size){
int value = (int)getValueOf(addr, size);
int cm = getCentimeterI2CMap(value);
return cm;
}
/*INSTANCE METHODS===============================*/
uint IrReader::getValue(){
return getValueOf(i2c_addr, i2c_size);
}
