void test_string_consume() {
char* input = "this is 6";
char* p = input;
char token[12];
INT read = 0;
read = RtStrConsumeToken(&p, token, sizeof(token));
T_ASSERT(read == 4);
T_ASSERT(token[0] == 't');
T_ASSERT(token[1] == 'h');
T_ASSERT(token[2] == 'i');
T_ASSERT(token[3] == 's');
T_ASSERT(token[4] == '\0');
read = RtStrConsumeToken(&p, token, sizeof(token));
T_ASSERT(read == 2);
T_ASSERT(token[0] == 'i');
T_ASSERT(token[1] == 's');
T_ASSERT(token[2] == '\0');
read = RtStrConsumeToken(&p, token, sizeof(token));
T_ASSERT(read == 1);
T_ASSERT(token[0] == '6');
T_ASSERT(token[1] == '\0');
}
static
VOID
InputParserpParseCommand
(
IN STRING buffer,
IN INT bufferLength
)
{
INT arg1 = 0;
CHAR arg1Buffer[12];
arg1Buffer[11] = '\0';
INT arg2 = 0;
CHAR arg2Buffer[12];
arg2Buffer[11] = '\0';
CHAR token[12];
INT read = RtStrConsumeToken(&buffer, token, sizeof(token));
if (read == 0)
{
return;
}
if (RtStrEqual(token, "tr"))
{
read = RtStrConsumeToken(&buffer, arg1Buffer, sizeof(arg1Buffer));
if (read && RT_SUCCESS(RtAtoi(arg1Buffer, &arg1)))
{
read = RtStrConsumeToken(&buffer, arg2Buffer, sizeof(arg2Buffer));
if (read && RT_SUCCESS(RtAtoi(arg2Buffer, &arg2)))
{
if (RtStrIsWhitespace(buffer))
{
TrainSetSpeed(arg1, arg2);
}
}
}
}
else if (RtStrEqual(token, "sw"))
{
read = RtStrConsumeToken(&buffer, arg1Buffer, sizeof(arg1Buffer));
if (read && RT_SUCCESS(RtAtoi(arg1Buffer, &arg1)))
{
SWITCH_DIRECTION direction = SwitchCurved;
read = RtStrConsumeToken(&buffer, arg2Buffer, sizeof(arg2Buffer));
if (read == 1 && InputParserpGetSwitchDirection(arg2Buffer[0], &direction))
{
if (RtStrIsWhitespace(buffer))
{
SwitchSetDirection(arg1, direction);
}
}
}
}
else if (RtStrEqual(token, "rv"))
{
read = RtStrConsumeToken(&buffer, arg1Buffer, sizeof(arg1Buffer));
if (read && RT_SUCCESS(RtAtoi(arg1Buffer, &arg1)))
{
if (RtStrIsWhitespace(buffer))
{
TrainReverse(arg1);
}
}
}
else if(RtStrEqual(token, "rt"))
{
read = RtStrConsumeToken(&buffer, arg1Buffer, sizeof(arg1Buffer));
if(read && RT_SUCCESS(RtAtoi(arg1Buffer, &arg1)))
{
if(RtStrIsWhitespace(buffer))
{
VERIFY(SUCCESSFUL(TrainDestinationForever(arg1)));
}
}
}
else if (RtStrEqual(token, "go"))
{
read = RtStrConsumeToken(&buffer, arg1Buffer, sizeof(arg1Buffer));
if (read && RT_SUCCESS(RtAtoi(arg1Buffer, &arg1)))
{
read = RtStrConsumeToken(&buffer, arg2Buffer, sizeof(arg2Buffer));
if (read && RT_SUCCESS(RtAtoi(&arg2Buffer[1], &arg2)))
{
if(RtStrIsWhitespace(buffer))
{
SENSOR sensor = { arg2Buffer[0], arg2 };
LOCATION location;
location.node = TrackFindSensor(&sensor);
location.distancePastNode = 0;
VERIFY(SUCCESSFUL(TrainDestinationOnce(arg1, &location)));
}
}
}
}
else if (RtStrEqual(token, "q"))
{
if (RtStrIsWhitespace(buffer))
{
Shutdown();
}
}
}
