void main() // Main function
{
badge_setup(); // Call badge setup
while(1) // Main loop
{
cursor(0, 0); // Cursor to 0
oledprint(" ON "); // Display ON message
for(int n = 0; n < 6; n++) // Count 0 to 5
{
led(n, ON); // 0 to 5 lights on
cursor(0, 1); // Cursor 2nd line
oledprint(" n = %d", n); // Display n value
pause(400); // Wait 4/10 s
}
cursor(0, 0); // Cursor to top-left
oledprint(" OFF"); // Display OFF message
for(int n = 0; n < 6; n++) // Count 0 to 5 again
{
led(n, OFF); // Turn off each LED
cursor(0, 1); // Position cursor 2nd line
oledprint(" n = %d", n); // Display n
pause(400); // Wait 4/10 s
}
}
}
int main() // Main function
{
badge_setup(); // Set up badge systems
audio = sound_run(9, 10); // Run sound, get audio pointer
oledprint("CH = 0 NOTE=C5 "); // Display Ch and note
sound_note(audio, 0, C5); // Play ch and note
pause(250);
oledprint("CH = 0 NOTE=D5 "); // Repeat for octave
sound_note(audio, 0, D5);
pause(250);
oledprint("CH = 0 NOTE=E5 ");
sound_note(audio, 0, E5);
pause(250);
oledprint("CH = 0 NOTE=F5 ");
sound_note(audio, 0, F5);
pause(250);
oledprint("CH = 0 NOTE=G5 ");
sound_note(audio, 0, G5);
pause(250);
oledprint("CH = 0 NOTE=A5 ");
sound_note(audio, 0, A5);
pause(250);
oledprint("CH = 0 NOTE=B5 ");
sound_note(audio, 0, B5);
pause(250);
oledprint("CH = 0 NOTE=C6 "); // Up an octave
sound_note(audio, 0, C6);
pause(500);
oledprint("CH = 0 f = 0 "); // Sound off
sound_freq(audio, 0, 0);
}
void main() // Main function
{
badge_setup(); // Call badge setup
while(1) // Main loop
{
oledprint(" True "); // True (black background)
pause(2000); // Wait 2 s
clear(); // Clear the screen
invert(1); // Set invert
oledprint("Inverted"); // Display w/ white background
pause(2000); // Wait 2 s
clear(); // Clear again
invert(0); // Back to true
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
oledprint(" X Tilt");
while(1)
{
x = accel(AX); // Raw measurement
// Convert from centi-gravity -> degrees.
degrees = tilt_angle(x); // Function call
cursor(0, 1); // Displayed
oledprint(" %02d deg ", degrees);
pause(20); // 1/50 s delay before repeat
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
while(1) // Main loop
{
x = accel(AX); // Get accelerometer values
y = accel(AY);
cursor(0, 0); // Display
oledprint("x = %03d ", x);
cursor(0, 1);
oledprint("y = %03d ", y);
pause(20); // Wait 1/50 s before repeat
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
oledprint("Rotation");
while(1)
{
x = accel(AX); // Get x and y axes
y = accel(AY);
// Convert from xy centi-gravity
// to degrees of rotation.
degrees = xy_rotation(x, y); // Function call
cursor(0, 1); // Display result
oledprint("%03d deg ", degrees);
pause(20);
}
}
void main() // Main function
{
badge_setup(); // Start badge systems
dt_run(dt); // Start system timer with dt
oledprint("Day/Time"); // Display heading
text_size(SMALL); // Change to small text
while(1) // Main loop
{
dt = dt_get(); // Get system time
int hrs = dt.h % 12; // Adjust to 12 hours
if(dt.h == 0 || dt.h == 12) hrs = 12;
cursor(0, 5); // Position cursor row 5
// Display time with formatting flags
oledprint(" %04d.%02d.%02d\n\n %02d:%02d:%02d ",
dt.y, dt.mo, dt.d, hrs, dt.m, dt.s);
if(dt.h >= 12) oledprint("PM"); // Display AM/PM
else oledprint("AM");
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
oledprint("BUTTONS"); // Large display heading
text_size(SMALL); // Switch to small text
cursor(0, 4); // Small cursor row 4
oledprint("PAD: 6543210"); // Display bit index
cursor(0, 5); // Next line
oledprint("STATE:"); // Display state
cursor(0, 7); // Next line
oledprint("EXIT: Press OSH"); // User prompt to exit
while(1) // States loop
{
states = buttons(); // Load buttons output to states
leds(states); // Light up corresponding LEDs
cursor(7, 5); // Position cursor
oledprint("%07b", states); // Display states as binary number
if(states == 0b1000000) break; // If OSH pressed, exit loop
}
pause(400); // Wait for 4/10 s
text_size(LARGE); // Large text
clear(); // Clear display
oledprint("ALL DONE"); // Done message
}
void main() // Main function
{
badge_setup(); // Call badge setup
oledprint("IR Send");
text_size(SMALL);
cursor(0, 4);
oledprint("P17 = Education\n");
oledprint("P16 = Sales\n");
oledprint("P15 = Support\n");
while(1)
{
int states = buttons();
if(states & 0b0111000)
{
rgbs(RED, RED);
}
switch(states)
{
case 0b0100000:
irprint("%16s\n%32s\n", education.name, education.email);
break;
case 0b0010000:
irprint("%16s\n%32s\n", sales.name, sales.email);
break;
case 0b0001000:
irprint("%16s\n%32s\n", support.name, support.email);
break;
}
if(states)
{
rgbs(OFF, OFF);
pause(600);
}
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
while(1) // Main loop
{
clear();
text_size(LARGE);
oledprint(" IR Rcv ");
while(1)
{
irlen = receive(irbuf); // Check incoming IR
if(irlen > 0) // Yes? exit while loop
{
break;
}
}
clear(); // Display incoming message
text_size(SMALL);
oledprint(irbuf);
cursor(0, 6); // Press button to repeat
oledprint("Again? Any btn.");
while(!buttons());
}
}
void main() // Main function
{
badge_setup(); // Call badge setup
text_size(SMALL);
oledprint("Use SimpleIDE\nTerminal.");
if(!stored(wilma)) // Check first, if repeat skip
store(wilma);
if(!stored(betty))
store(betty);
if(!stored(fred)) // ...but if not repeat, store
store(fred);
if(!stored(barney))
store(barney);
contacts_displayAll(); // Display contacts
}
int main() {
BM_setup();
display_clear();
acc_write_register(0x00,0x04,(unsigned char *) buff,2);
sprintf(message,"%d%d",buff[1],buff[2]);
oledprint(1,10,message);
display_draw();
// while (1) {
//
// display_clear();
//
// acc_write_register(RDCVA, buff);
//
// sprintf(buff,"Message: ",data);
//
// oledprint(1,10,buff);
// display_draw();
// }
}
void main() // Main function
{
badge_setup(); // Call badge setup
oledprint("Any BTN\nfor Menu");
pause(1200);
while(1)
{
clear(); // Display screen name
text_size(LARGE);
oledprint("%s", screenName);
while(!buttons()); // Wait for button press
text_size(SMALL); // Menu
clear();
oledprint(" MENU ");
oledprint("P17-Send ");
oledprint(" Receive-P27\n");
oledprint("P15-Upload ");
oledprint(" Back-P25\n");
oledprint(" Erase-OSH-All ");
pause(250);
while((states = buttons()) == 0); // Wait for button press
clear(); // Get ready to display operation
text_size(LARGE);
switch(states) // Handle button press
{
case 0b0100000: // P17 pressed, send IR
clear;
oledprint("Sending");
rgbs(RED, RED);
send(my);
rgbs(OFF, OFF);
pause(50);
continue; // Back to while(1)
case 0b0000001: // P27 pressed
break; // Skip to IR receive code
case 0b0001000:
clear();
oledprint("Upload ...");
contacts_displayAll();
oledprint("Done");
pause(250);
continue; // Back to while(1)
case 0b1000000: // OSH pressed, erase EEPROM
clear();
oledprint("CONFIRM");
pause(500);
text_size(SMALL);
cursor(0, 4);
oledprint("Yes-OSH\n\n");
oledprint("No-Any other btn");
while(!(states = buttons())); // Get confirmation
if(states == 0b1000000) // Yes, erase
{
text_size(LARGE);
clear();
oledprint("Wait 20s...");
contacts_eraseAll();
oledprint("Done!");
pause(250);
}
else // No, don't erase
{
clear();
pause(250);
}
continue; // Back to while(1)
default:
continue; // Back to while(1)
}
// P27 has to have been pressed to get to here
clear();
oledprint("IR Rcv"); // Display ready for IR
cursor(0, 7);
text_size(SMALL);
oledprint(" Back-P25");
// Wait for IR message
pause(250);
irclear(); // Clear the IR buffers
while(1)
{
irlenb = receive(irbuf);
if(irlenb > 0) break;
states = buttons();
if(states == 0b0000100)
{
led(0, OFF);
break;
}
led(0, ON);
pause(150);
led(0, OFF);
pause(150);
}
if(states == 0b0000100) continue;
clear(); // Menu, what to do with data
oledprint(irbuf);
cursor(0, 5);
oledprint(" Store-P26");
cursor(0, 6);
oledprint(" Discard-P25");
while((states = buttons()) == 0); // Wait for button press
text_size(LARGE);
clear();
if(states == 0b0000010) // If P26, store to EEPROM
{
if(!stored(irbuf)) store(irbuf);
oledprint("Stored");
}
if(states == 0b0000100) // if(P25), discard
{
oledprint("Discard");
}
pause(500);
}
}
void main()
{
badge_setup();
simpleterm_close();
contacts_clearAll();
preserve_header();
CLKLIMIT = CLKFREQ * 2;
// Connection to host routine (FORCE CONNECTION TO HOST)
port = fdserial_open(31, 30, 0, 115200);
text_size(SMALL);
cursor(2, 4);
oledprint("Connecting...");
spkr = talk_run(9, 10); // Start talk process
while(1)
{
dprint(port, "Propeller\n");
pause(1000); // We need this pause, since the host needs time to respond. 5 x 1 second = 10 second timeout
if (fdserial_rxCount(port) == 0)
{
continue;
}
else if (fdserial_rxCount(port) < 5)
{
fdserial_rxFlush(port);
continue;
}
else dscan(port, "%s", handshake);
// Attempt handshake and listen to response
if (strcmp(handshake, "H0st") == 0)
{
break;
}
}
clear();
talk_say(spkr, "heloa");
while(1)
{
rgb(L, OFF);
rgb(R, OFF);
text_size(LARGE);
cursor(0, 0);
oledprint("HOTSPOT!");
text_size(SMALL);
cursor(4, 5);
oledprint("Start an");
cursor(1, 6);
oledprint("interaction to");
cursor(0, 7);
oledprint("upload your data");
char their_id[7];
memset(&their_id, 0, 7);
int t = CNT;
char i_type[5];
irscan("%s%s", their_id, i_type);
if (strlen(their_id) > 0)
{
clear();
eeprint("%s,%u,%s\n", their_id, 0, "INFO");
irprint("%s\n%s\n", "htspt1", "DUMP");
text_size(SMALL);
cursor(2, 2);
oledprint("Receiving...");
while(1)
{
char b[128];
memset(&b, 0, 128);
irscan("%s", b);
if (CNT - t > CLKLIMIT)
{
clear();
text_size(LARGE);
cursor(0, 0);
oledprint(" ERROR");
text_size(SMALL);
cursor(0, 6);
oledprint("Please try again");
dprint(port, "txBegin\n");
dprint(port, "Timeout\n");
contacts_clearAll();
preserve_header();
talk_say(spkr, "oops;/trae,-ugen");
pause(2000);
clear();
break;
}
if (strlen(b) > 0)
{
t = CNT;
if(!strcmp(b, "irDone"))
{
clear();
text_size(LARGE);
cursor(0, 0);
oledprint("SUCCESS");
text_size(SMALL);
cursor(0, 6);
oledprint("Upload complete");
talk_say(spkr, "oakay;</aem,dun");
dprint(port, "txBegin\n");
upload_contacts(port);
contacts_clearAll();
preserve_header();
pause(1000);
clear();
break;
}
save_contact(b);
}
}
}
}
}
