// Multiple numbers should be extractable.
static char* test_global_multiple_numbers(void) {
data_processor_init("1|55555|0", '|');
ProcessingState* state = data_processor_get_global();
int num1 = data_processor_get_int(state);
int num2 = data_processor_get_int(state);
int num3 = data_processor_get_int(state);
mu_assert(1 == num1 && 55555 == num2 && 0 == num3, "Multiple numbers not extracted from global state");
return 0;
}
// Mixed values should be extractable from a single local state.
static char* test_single_local_mixed(void) {
ProcessingState* state = data_processor_create("8|This is a string!|0|6765444", '|');
int num1 = data_processor_get_int(state);
char* string1 = data_processor_get_string(state);
bool boolean1 = data_processor_get_bool(state);
int num2 = data_processor_get_int(state);
mu_assert(8 == num1 && 0 == strcmp("This is a string!", string1) && false == boolean1 && 6765444 == num2, "Mixed values not extracted from global state");
return 0;
}
static void handle_update(char* data) {
destroy_lines();
data_processor_init(data, '|');
num_lines = data_processor_get_int();
lines = malloc(sizeof(TubeLine*) * num_lines);
for (uint8_t l = 0; l < num_lines; l += 1) {
TubeLine* line = malloc(sizeof(TubeLine));
line->name = data_processor_get_string();
line->status = data_processor_get_string();
lines[l] = line;
}
update_handler();
}
// A single number should be extractable.
static char* test_global_single_number(void) {
data_processor_init("1", '|');
int num = data_processor_get_int(data_processor_get_global());
mu_assert(1 == num, "Single number not extracted from global state");
return 0;
}
