/**
* @brief Step through the main stages in the code.
* @return Void
*/
void md14_main() {
switch(md14_next_state)
{
case MD14_STATE_INTRO:
PRINTF("In intro state\n\r");
play_mp3(MODE_FILESET, "WELC");
lang_fileset = "ENG_";
mode_fileset = "MD14";
md14_next_state = MD14_STATE_LVLSEL;
srand(timer_rand());
break;
case MD14_STATE_LVLSEL:
md14_last_dot = create_dialog("LVLS", (DOT_1 | DOT_2));
switch (md14_last_dot) {
case NO_DOTS:
break;
case '1':
play_mp3(LANGUAGE, "EASY");
strings_to_wordlist(easy, ARRAYLEN(easy), &md14_dict);
print_words_in_list(&md14_dict);
play_mp3(MODE_FILESET, "INST");
md14_next_state = MD14_STATE_GENQUES;
break;
case '2':
play_mp3(LANGUAGE, "HARD");
strings_to_wordlist(medium, ARRAYLEN(medium), &md14_dict);
print_words_in_list(&md14_dict);
play_mp3(MODE_FILESET, "INST");
md14_next_state = MD14_STATE_GENQUES;
break;
// todo: add case 3; figure out too-long words
default:
play_mp3(LANGUAGE, "INVP");
PRINTF("Invalid entry.");
break;
}
break;
case MD14_STATE_GENQUES:
PRINTF("In genques state\n\r");
md14_curr_mistakes = 0;
get_next_word_in_wordlist(&md14_dict, &md14_chosen_word);
sprintf(dbgstr, "[MD14] Next word: %s\n\r", md14_chosen_word->name);
PRINTF(dbgstr);
md14_next_state = MD14_STATE_PROMPT;
break;
case MD14_STATE_PROMPT:
PRINTF("In prompt state\n\r");
play_mp3(LANGUAGE, "SPEL");
speak_word(md14_chosen_word);
md14_next_state = MD14_STATE_INPUT;
break;
case MD14_STATE_INPUT:
md14_cell = get_cell();
if (md14_cell == NO_DOTS) {
break;
}
md14_cell_pattern = GET_CELL_PATTERN(md14_cell);
md14_cell_control = GET_CELL_CONTROL(md14_cell);
switch (md14_cell_control) {
case WITH_ENTER:
md14_user_cell.pattern = md14_cell_pattern;
md14_next_state = MD14_STATE_CHECK;
PRINTF("[MD14] Checking answer\n\r");
break;
case WITH_LEFT:
md14_next_state = MD14_STATE_REPROMPT;
break;
case WITH_RIGHT:
stats();
md14_next_state = MD14_STATE_GENQUES;
break;
case WITH_CANCEL:
break;
}
break;
case MD14_STATE_CHECK:
get_next_cell_in_word(md14_chosen_word, &md14_curr_cell);
sprintf(dbgstr, "In check state. Current cell: %x, user cell: %x.\n\r", md14_curr_cell.pattern, md14_user_cell.pattern);
PRINTF(dbgstr);
if (cell_equals(&md14_curr_cell, &md14_user_cell)) {
md14_curr_mistakes = 0;
if (md14_chosen_word->curr_letter == md14_chosen_word->num_letters - 1) { // done
correct_answer();
md14_next_state = MD14_STATE_GENQUES;
}
else {// correct but not done
play_mp3(LANGUAGE, "GOOD");
play_mp3(LANGUAGE, "NLET");
md14_next_state = MD14_STATE_INPUT;
}
}
else {// incorrect letter
incorrect_answer(); // @todo mark invalid letters invalid
md14_next_state = MD14_STATE_REPROMPT;
}
break;
case MD14_STATE_REPROMPT:
PRINTF("In reprompt state\n\r");
if (md14_curr_mistakes >= MAX_INCORRECT_GUESS) {
play_mp3(LANGUAGE, "PRSS");
play_pattern(md14_curr_cell.pattern);
}
else {
play_mp3(LANGUAGE, "SPEL");
speak_word(md14_chosen_word);
if (md14_chosen_word->curr_glyph > -1) {// not at beginning of word
play_mp3(MODE_FILESET, "SPLS");
speak_letters_so_far(md14_chosen_word);
}
}
md14_next_state = MD14_STATE_INPUT;
break;
default:
break;
}
}
void main(void)
{
Sys_Init(); // System Initialization
Port_Init(); // Initialize ports 2 and 3
Interrupt_Init(); //Initialize Interrupts
Timer_Init(); //Initialize timer 0
putchar(' '); // the quote fonts may not copy correctly into SiLabs IDE
BILED0=0; //Turn OFF the BILED
BILED1=0;
printf("\r\nStart");
while(1)
{
printf("\r\n\n Press any key to begin"); //get a number to randomize the random number even more
keyinput=getchar();
previous_num=keyinput%3;
printf("\r\n This game will light 1 or both leds. Press the corresponding button to win.");
while (i<=9)
{
if(!SS)
{
TR0 = 1; //start timer0
TL0 = 0; //clear low bits
TH0 = 0; //clear high bits
Counts = 0; //set the counts to 0
random_num = random(); //create a random number. where random_num is a
while (random_num==previous_num)
{
random_num = random();
} //check to see if the random number was used before
if (random_num==0)
{ //light LED0 for 1 second
Counts=0;
LED0=0; //turn it on
while (Counts<338); //wait 1 second
LED0=1; //turn it off
if (PB1==0 && PB2==1)
{
correct_answer(); //store correct answer;
}
else
{
incorrect_answer();
}
}
else if (random_num==1)
{ //light LED1 for 1 second
Counts=0;
LED1=0; //turn it on
while (Counts<338); //wait 1 second
LED1=1; //turn it off
if (PB1==1 && PB2==0)
{
correct_answer();
}
else
{
incorrect_answer();
}
}
else //this means that the random number is 2
{ //light LED0 and LED1 for 1 second
Counts=0;
LED0=0;
LED1=0;
while (Counts<338);
LED0=1;
LED1=1;
if (PB1==0 && PB2==0)
{
correct_answer();
}
else
{
incorrect_answer();
}
}
previous_num=random_num;
i++; //increment i
}
else
{
TR0=0; //END
}
}
TR0 = 0; //turn off timer
printf("\r\n Number of correct answers = %d", number_correct); //display results
while (!SS); //wait until the switch is turned off and back on again to loop
}
}
// Runs program with input from test files in testFiles vector.
void TestSuite::runTests()
{
int numCorrect = 0, numWrong = 0;
int i;
string name;
string logName;
string stored_dir;
double rate;
bool crit = false;
string crit_string = "crit.tst";
bool crit_passed = true;
char buff[40];
int chpid = 45;
//Get directory of current program
i = testProgram.rfind('.');
testProgram = testProgram.substr(0, i);
// Create log file.
logName = testProgram + "-";
logName += exeTime;
logName += ".log";
ofstream fout(logName.c_str());
if (!fout)
{
return;
}
// Iterate over test files.
vector<string>::iterator it;
for ( it = testFiles.begin(); it != testFiles.end() ; it++ )
{
//Determine if this is a critical test
if(it->find(crit_string) != string::npos)
{
crit = true;
}
// Get test file name without path.
size_t pos = it->rfind("/");
if(pos != std::string::npos)
{
name = it->substr(pos+1,it->length());
}
// Output test file name to log file.
fout << name;
// Run program with given test file.
run_code(*it,name);
//else, do a failed program log file i supposd
// Determine corresponding answer file.
string ans = *it;
ans.replace(ans.end()-4, ans.end(),answerExtension);
// Output results.
if (correct_answer(ans))
{
numCorrect++;
fout << ": PASS" << endl;
}
else
{
//If this was a crit test, they auto fail
if(crit)
{
crit_passed = false;
}
numWrong++;
fout << ": FAIL" << endl;
}
}
//If all possible crit tests were passed
if(crit_passed)
{
// Output pass and fail stats.
rate = ( numCorrect / (double)(numCorrect + numWrong) ) * 100;
fout << rate << "% CORRECT," << numCorrect << " PASSED," << numWrong << " FAILED";
sprintf(buff, " %f%% Correct\n", rate);
i = testProgram.rfind('/');
studentResults.push_back(testProgram.substr(i+1) + string(buff));
}
else
{
//If one or more were not passed
fout << "Failed: Did not pass one or more acceptance tests (Labeled as crit)" << endl;
i = testProgram.rfind('/');
studentResults.push_back(testProgram.substr(i) + " FAILED\n");
}
fout << "\n" << get_gcov(testProgram) << endl;
fout.close();
if(profiling)
get_gprof(testProgram);
}
