// // rui.c // MacRUI [Version 0.9] // // Created by Bill Stevenson on 3 January 2005 // // Last Modified by Bill Stevenson on 31 July 2005 20:25 // #include #include #include #include #include #define NUM_RECORDING_EVENT_TYPES 5 #define NUM_PLAYBACK_EVENT_TYPES 1 #define RECORD 0 #define PLAY 1 #define MOUSEACTION 0 #define KEYSTROKE 1 // maximum expected line length, for fgets #define LINE_LENGTH 80 #define kShowMouse TRUE OSStatus RUIRecordingEventOccurred(EventHandlerCallRef nextHandler, EventRef theEvent, void *userData); OSStatus RUIPlaybackEventOccurred(EventHandlerCallRef nextHandler, EventRef theEvent, void *userData); void startRecording(); // called on CTRL+R or GUI Record Button press void stopRecording(); // called on CTRL+S or GUI Stop Button press void startReplaying(); // called on CTRL+R (in play mode) or GUI Play Button press void prepareToRecord(); // install the event handler, wait for record signal void prepareToPlay(); // get ready to play back the log file, wait for play signal void playLog(); // play back the log file of keyboard and mouse events // note that keyboard character codes are found in Figure C2 of the document // Inside Macintosh: Text available from http://developer.apple.com char * keyStringForKeyCode(int keyCode); // get the RUI representation of the Mac keycode int keyCodeForKeyString(char * keyString); // get the Mac keycode for the RUI representation // Global Variables int dieNow = 0; // should RUI terminate (CTRL+S) int logging = 0; // Is RUI logging? (CTRL+R to start) char *subjectName = NULL; // Subject name, if specified char *filename = NULL; // Log file name FILE *fd = NULL; // Log file descriptor int recordorplay = RECORD; // Recording to file or playing from (not supported) struct timeval thetime; // for gettimeofday long normalizer; // subtract from current time to normalize long currenttime; // the current time in milliseconds int main(int argc, char* argv[]) { // @TODO: playback option int ch; // CLI flags int pandr = 0; // make sure both p and r can't be specified int counter = 0; // counter variable used outside loop // process the command-line arguments while ((ch = getopt(argc, argv, "s:pr")) != -1 ) { switch (ch) { case 's': // subject name specification subjectName = optarg; break; case 'p': // playback (not supported) recordorplay = PLAY; pandr += 1; break; case 'r': // recording recordorplay = RECORD; pandr += 1; break; default: // invalid fprintf(stderr, "Usage: rui [-s \"Subject Name\"] [-p/-r] file\n"); return (EXIT_FAILURE); } } // enforce that only one of -p and -r may be specified if (pandr > 1) { fprintf(stderr, "rui: only one of -p or -r may be used.\n"); return (EXIT_FAILURE); } // bias the argv/argc to skip over the processed args argc -= optind; argv += optind; // get the log file parameter for (counter = 0; counter < argc; counter++) { if (counter == 1) { fprintf(stderr, "rui: illegal argument format\n"); fprintf(stderr, "Usage: rui [-s \"Subject Name\"] [-p/-r] file\n"); return (EXIT_FAILURE); } filename = argv[counter]; // open file with access as appropriate if (recordorplay == PLAY) { fd = fopen(filename, "r"); } else { fd = fopen(filename, "w"); } if (fd == NULL) { fprintf(stderr, "could not open %s: error %d (%s)\n", filename, errno, strerror(errno)); return (EXIT_FAILURE); } } // Make sure only one subsequent parameter was given if (counter == 0) { fprintf(stderr, "rui: illegal argument format - no filename specified\n"); fprintf(stderr, "Usage: rui [-s \"Subject Name\"] [-p/-r] file\n"); return (EXIT_FAILURE); } // Get RUI ready to record or play, based off of mode if (recordorplay == RECORD) prepareToRecord(); else if (recordorplay == PLAY) prepareToPlay(); return EXIT_SUCCESS; } // event handler for RUI recorder OSStatus RUIRecordingEventOccurred(EventHandlerCallRef nextHandler, EventRef theEvent, void *userData) { // Determine class and kind of event int eventClass = GetEventClass(theEvent); int eventKind = GetEventKind(theEvent); /* Handle Keyboard Events */ if((eventClass == kEventClassKeyboard) && (eventKind == kEventRawKeyDown)) /* key release implied */ { int keyCode, modifiers; // what did the user press? any modifier keys down? // gather keystroke information GetEventParameter(theEvent, kEventParamKeyCode, typeInteger, NULL, sizeof(keyCode), NULL, &keyCode); GetEventParameter(theEvent, kEventParamKeyModifiers, typeInteger, NULL, sizeof(modifiers), NULL, &modifiers); // if ctrl+r, start logging (ignore during logging) if ((keyCode == 15) && (modifiers & controlKey) && (logging == 0)) { startRecording(); return EXIT_SUCCESS; } // if we're not logging yet, wait for the next event (note this is below the startRecording() call because // we need to give RUI the opportunity to turn logging on (CTRL+R handling) if (logging == 0) return EXIT_SUCCESS; // if ctrl+s (during logging), stop logging and quit if ((keyCode == 1) && (modifiers & controlKey) && (logging == 1)) { stopRecording(); return EXIT_SUCCESS; } // What time is it? gettimeofday(&thetime, NULL); currenttime =(((thetime.tv_sec*1000000) + (thetime.tv_usec)) - normalizer); // It's a key, indicate this fprintf(fd, "%ld\tKEY\t", currenttime); // first check for modifiders if (modifiers & cmdKey) fprintf(fd, "COMMAND + "); if (modifiers & shiftKey) fprintf(fd, "SHIFT + "); if (modifiers & optionKey) fprintf(fd, "OPTION + "); if (modifiers & controlKey) fprintf(fd, "CTRL + "); if (modifiers & rightShiftKey) fprintf(fd, "SHIFT + "); if (modifiers & rightOptionKey) fprintf(fd, "OPTION + "); if (modifiers & rightControlKey) fprintf(fd, "CTRL + "); fprintf(fd, "%s\n", keyStringForKeyCode(keyCode)); } else if (eventClass == kEventClassMouse) { /* Handle Mouse Events */ // We're often interested in the mouse location Point pointAsCarbonPoint; // if we're not logging, skip if (logging == 0) return EXIT_SUCCESS; // What time is it? gettimeofday(&thetime, NULL); currenttime =(((thetime.tv_sec*1000000) + (thetime.tv_usec)) - normalizer); // What kind of mouse event occurred switch (eventKind) { case kEventMouseDown: // left click if (logging) fprintf(fd, "%ld\tPressed\tLeft\n", currenttime); break; case kEventMouseUp: // left release if (logging) fprintf(fd, "%ld\tReleased\tLeft\n", currenttime); break; case kEventMouseMoved: // mouse movement case kEventMouseDragged: // We're treating mouse drags as mouse moves for parity with WinRUI GetMouse(&pointAsCarbonPoint); if (logging) fprintf(fd, "%ld\tMoved\t%d\t%d\n", currenttime, pointAsCarbonPoint.h, pointAsCarbonPoint.v); break; default: fprintf(stderr, "Unexpected Event Kind %d\n", eventKind); return EXIT_FAILURE; break; } } return EXIT_SUCCESS; } void startRecording() { DateTimeRec dateNow; // holds the current date and time SysBeep(30); logging = 1; // note that recording has started fprintf(stderr, "rui: recording started - press ctrl+s to stop recording...\n"); // Process the subject name (if specified) if (subjectName != NULL) fprintf(fd, "Subject Name: %s\n", subjectName); else fprintf(fd, "Subject Name: Not Defined\n"); // Get date and time (nonscientific precision) for log file header GetTime(&dateNow); // Print nicely formatted date & time to log file fprintf(fd, "File Created: %d/%d/%d ", dateNow.month, dateNow.day, dateNow.year); // hours if ((dateNow.hour < 10) || ((dateNow.hour > 12) && (dateNow.hour < 22))) fprintf(fd, "0"); if (dateNow.hour > 12) fprintf(fd, "%d:", dateNow.hour-12); else fprintf(fd, "%d:", dateNow.hour); // minutes if (dateNow.minute < 10) fprintf(fd, "0"); fprintf(fd, "%d:", dateNow.minute); // seconds if (dateNow.second < 10) fprintf(fd, "0"); fprintf(fd, "%d ", dateNow.second); // AM/PM if (dateNow.hour >= 12) fprintf(fd, "PM\n"); else fprintf(fd, "AM\n"); fprintf(fd, "Elapsed Time\tAction\tX\tY\n"); // Get the current time (scientific precision) gettimeofday(&thetime, NULL); // Get normalization factor such that logging starts at time 0 normalizer = (thetime.tv_sec*1000000) + (thetime.tv_usec); // we need to set the initial mouse position into the log so that playback works properly // if there is a click before a motion Point pointAsCarbonPoint; GetMouse(&pointAsCarbonPoint); fprintf(fd, "0\tMoved\t%d\t%d\n", pointAsCarbonPoint.h, pointAsCarbonPoint.v); } void stopRecording() { SysBeep(30); fclose(fd); fprintf(stderr, "rui: recording stopped - log written to %s\n\n", filename); dieNow = 1; } void prepareToRecord() { EventRecord event; // holds an event for examination // Types of events to listen for EventTypeSpec eventTypes[NUM_RECORDING_EVENT_TYPES] = {{kEventClassKeyboard, kEventRawKeyDown}, {kEventClassMouse, kEventMouseUp}, {kEventClassMouse, kEventMouseDown}, {kEventClassMouse, kEventMouseMoved}, {kEventClassMouse, kEventMouseDragged}}; // Install the event handler InstallEventHandler(GetEventMonitorTarget(), NewEventHandlerUPP(RUIRecordingEventOccurred), NUM_RECORDING_EVENT_TYPES, eventTypes, nil, nil); // Tell user that RUI is ready to record fprintf(stderr, "rui: standing by - press ctrl+r to start recording...\n"); // event loop - get events until ctrl+s do { WaitNextEvent((everyEvent),&event,GetCaretTime(),nil); } while (dieNow == 0); } void prepareToPlay() { EventRecord event; // holds an event for examination // Types of events to listen for -- here, just the keyboard, as we're only listening for a signal to start playing EventTypeSpec eventTypes[1] = {{kEventClassKeyboard, kEventRawKeyDown}}; // Install the event handler InstallEventHandler(GetEventMonitorTarget(), NewEventHandlerUPP(RUIPlaybackEventOccurred), NUM_PLAYBACK_EVENT_TYPES, eventTypes, nil, nil); // Tell user that RUI is ready to replay the log fprintf(stderr, "rui: standing by - press ctrl+r to start replay...\n"); // event loop - listen for CTRL+R do { WaitNextEvent((everyEvent), &event, GetCaretTime(), nil); } while (dieNow == 0); } // event handler for RUI playback // we're really only listening for CTRL+R - when we see it, we call playLog() OSStatus RUIPlaybackEventOccurred(EventHandlerCallRef nextHandler, EventRef theEvent, void *userData) { // Determine class and kind of event int eventClass = GetEventClass(theEvent); int eventKind = GetEventKind(theEvent); // We're only looking for keyboard events if((eventClass == kEventClassKeyboard) && (eventKind == kEventRawKeyDown)) /* key release implied */ { int keyCode, modifiers; // what did the user press? any modifier keys down? // gather keystroke information GetEventParameter(theEvent, kEventParamKeyCode, typeInteger, NULL, sizeof(keyCode), NULL, &keyCode); GetEventParameter(theEvent, kEventParamKeyModifiers, typeInteger, NULL, sizeof(modifiers), NULL, &modifiers); // if ctrl+r, start playback if ((keyCode == 15) && (modifiers & controlKey)) { playLog(); dieNow = 1; } } } void playLog() { int mouseOrKeyboard; // is it a mouse click or a keystroke char line[LINE_LENGTH]; char *arg; char *keyString; CGPoint mouseLoc; enum events {KEY=1, Moved, Pressed, Released}; int event; enum buttons {Left=1}; // @TODO: Add Right Mouse Support, Control-Click support? char *buttonString; int button; long timestamp = 0, oldtimestamp = 0, difference = 0; struct timespec duration; int xcoord = 0, ycoord = 0; int modCOMMAND = 0, modSHIFT = 0, modOPTION = 0, modCTRL = 0; int foo = 0; // counter variable int numToSkip = 0; // number of modifier key tokens to skip over fprintf(stderr, "rui: playing log file...\n"); // the first three lines of the log are not useful, throw them away fgets(line, LINE_LENGTH, fd); fprintf(stderr, "%s", line); fgets(line, LINE_LENGTH, fd); fprintf(stderr, "%s", line); fgets(line, LINE_LENGTH, fd); fprintf(stderr, "%s", line); // at this point, provided we have a valid log file, we have a log of the following format: // TIME [KEY/Moved/Pressed/Released] ... (resolves to) // TIME KEY [modifier +]+ key // TIME Moved x y // TIME Pressed button // TIME Released button while (fgets(line, LINE_LENGTH, fd) != NULL) { // get the timestamp arg = strtok(line, "\t"); oldtimestamp = timestamp; timestamp = atol(arg); // sleep for the appropriate amount of time difference = timestamp-oldtimestamp; //fprintf(stderr, "Going to sleep for %ld\n", difference); duration.tv_sec = difference / 1000000; duration.tv_nsec = (difference % 1000000) * 1000; nanosleep(&duration, NULL); // what kind of event is it? arg = strtok(NULL, "\t"); if (strcmp(arg, "KEY") == 0) event = KEY; else if (strcmp(arg, "Moved") == 0) event = Moved; else if (strcmp(arg, "Pressed") == 0) event = Pressed; else if (strcmp(arg, "Released") == 0) event = Released; switch (event) { case KEY: // [modifier +]+ key -- (modifier={CTRL, SHIFT, OPTION, COMMAND}) fprintf(stderr, "%ld\tKEY\t", timestamp, event); arg = strtok(NULL, "\n"); // pull off the newline strcpy(line, arg); if (strstr(line, "CTRL") != NULL) { modCTRL = 1; fprintf(stderr, "CTRL + "); } if (strstr(line, "SHIFT") != NULL) { modSHIFT = 1; fprintf(stderr, "SHIFT + "); } if (strstr(line, "OPTION") != NULL) { modOPTION = 1; fprintf(stderr, "OPTION + "); } if (strstr(line, "COMMAND") != NULL) { modCOMMAND = 1; fprintf(stderr, "COMMAND + "); } // skip over the modifier keys numToSkip = modCTRL + modSHIFT + modOPTION + modCOMMAND; arg = strtok(line, "+ "); for (foo = 0; foo < numToSkip - 0 ; foo++) { arg=strtok(NULL, "+ "); } // set any modifiers if (modCTRL == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)59, true); if (modSHIFT == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)56, true); if (modOPTION == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)58, true); if (modCOMMAND == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)55, true); // post the keyboard event for the keystroke CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)keyCodeForKeyString(arg), true); CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)keyCodeForKeyString(arg), false); // unset any modifiers if (modCTRL == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)59, false); if (modSHIFT == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)56, false); if (modOPTION == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)58, false); if (modCOMMAND == 1) CGPostKeyboardEvent((CGCharCode)0, (CGKeyCode)55, false); // reset modifier keys and tokenizer modCTRL = modSHIFT = modOPTION = modCOMMAND = numToSkip = 0; break; case Moved: // x y xcoord = atoi(strtok(NULL, "\t")); ycoord = atoi(strtok(NULL, "\t")); fprintf(stderr, "%ld\tMoved\t%d\t%d\n", timestamp, xcoord, ycoord); mouseLoc.x = xcoord; mouseLoc.y = ycoord; CGWarpMouseCursorPosition(mouseLoc); //CGPostMouseEvent(mouseLoc, kShowMouse, 1, 0); break; case Pressed: // button buttonString = strtok(NULL, "\n"); if (strcmp(buttonString, "Left") == 0) button = Left; else { fprintf(stderr, "Unknown button %s!\n", buttonString); exit(EXIT_FAILURE); } fprintf(stderr, "%ld\tPressed\t%s\n", timestamp, buttonString); CGPostMouseEvent(mouseLoc, kShowMouse, 1, 1); break; case Released: // button buttonString = strtok(NULL, "\n"); if (strcmp(buttonString, "Left") == 0) button = Left; else { fprintf(stderr, "Unknown button %s!\n", buttonString); exit(EXIT_FAILURE); } fprintf(stderr, "%ld\tReleased\t%s\n", timestamp, buttonString); CGPostMouseEvent(mouseLoc, kShowMouse, 1, 0); break; } } if (mouseOrKeyboard == MOUSEACTION) { //CGPostMouseEvent(mouseLoc, kShowMouse, 1, 1); //CGPostMouseEvent(mouseLog, kShowMouse, 1, 0); } else if (mouseOrKeyboard == KEYSTROKE) { } fprintf(stderr, "rui: done playing log file...\n"); } char * keyStringForKeyCode(int keyCode) { // Proper key detection seems to want a switch statement, unfortunately switch (keyCode) { case 0: return("a"); case 1: return("s"); case 2: return("d"); case 3: return("f"); case 4: return("h"); case 5: return("g"); case 6: return("z"); case 7: return("x"); case 8: return("c"); case 9: return("v"); // what is 10? case 11: return("b"); case 12: return("q"); case 13: return("w"); case 14: return("e"); case 15: return("r"); case 16: return("y"); case 17: return("t"); case 18: return("1"); case 19: return("2"); case 20: return("3"); case 21: return("4"); case 22: return("6"); case 23: return("5"); case 24: return("="); case 25: return("9"); case 26: return("7"); case 27: return("-"); case 28: return("8"); case 29: return("0"); case 30: return("]"); case 31: return("o"); case 32: return("u"); case 33: return("["); case 34: return("i"); case 35: return("p"); case 36: return("RETURN"); case 37: return("l"); case 38: return("j"); case 39: return("'"); case 40: return("k"); case 41: return(";"); case 42: return("\\"); case 43: return(","); case 44: return("/"); case 45: return("n"); case 46: return("m"); case 47: return("."); case 48: return("TAB"); case 49: return("SPACE"); case 50: return("`"); case 51: return("DELETE"); case 52: return("ENTER"); case 53: return("ESCAPE"); // some more missing codes abound, reserved I presume, but it would // have been helpful for Apple to have a document with them all listed case 65: return("."); case 67: return("*"); case 69: return("+"); case 71: return("CLEAR"); case 75: return("/"); case 76: return("ENTER"); // numberpad on full kbd case 78: return("-"); case 81: return("="); case 82: return("0"); case 83: return("1"); case 84: return("2"); case 85: return("3"); case 86: return("4"); case 87: return("5"); case 88: return("6"); case 89: return("7"); case 91: return("8"); case 92: return("9"); case 96: return("F5"); case 97: return("F6"); case 98: return("F7"); case 99: return("F3"); case 100: return("F8"); case 101: return("F9"); case 103: return("F11"); case 105: return("F13"); case 107: return("F14"); case 109: return("F10"); case 111: return("F12"); case 113: return("F15"); case 114: return("HELP"); case 115: return("HOME"); case 116: return("PGUP"); case 117: return("DELETE"); // full keyboard right side numberpad case 118: return("F4"); case 119: return("END"); case 120: return("F2"); case 121: return("PGDN"); case 122: return("F1"); case 123: return("LEFT"); case 124: return("RIGHT"); case 125: return("DOWN"); case 126: return("UP"); default: // Unknown key, bail and note that RUI needs improvement fprintf(stderr, "%ld\tKey\t%c (DEBUG: %d)\n", currenttime, keyCode); exit(EXIT_FAILURE); } } int keyCodeForKeyString(char * keyString) { if (strcmp(keyString, "a") == 0) return 0; if (strcmp(keyString, "s") == 0) return 1; if (strcmp(keyString, "d") == 0) return 2; if (strcmp(keyString, "f") == 0) return 3; if (strcmp(keyString, "h") == 0) return 4; if (strcmp(keyString, "g") == 0) return 5; if (strcmp(keyString, "z") == 0) return 6; if (strcmp(keyString, "x") == 0) return 7; if (strcmp(keyString, "c") == 0) return 8; if (strcmp(keyString, "v") == 0) return 9; // what is 10? if (strcmp(keyString, "b") == 0) return 11; if (strcmp(keyString, "q") == 0) return 12; if (strcmp(keyString, "w") == 0) return 13; if (strcmp(keyString, "e") == 0) return 14; if (strcmp(keyString, "r") == 0) return 15; if (strcmp(keyString, "y") == 0) return 16; if (strcmp(keyString, "t") == 0) return 17; if (strcmp(keyString, "1") == 0) return 18; if (strcmp(keyString, "2") == 0) return 19; if (strcmp(keyString, "3") == 0) return 20; if (strcmp(keyString, "4") == 0) return 21; if (strcmp(keyString, "6") == 0) return 22; if (strcmp(keyString, "5") == 0) return 23; if (strcmp(keyString, "=") == 0) return 24; if (strcmp(keyString, "9") == 0) return 25; if (strcmp(keyString, "7") == 0) return 26; if (strcmp(keyString, "-") == 0) return 27; if (strcmp(keyString, "8") == 0) return 28; if (strcmp(keyString, "0") == 0) return 29; if (strcmp(keyString, "]") == 0) return 30; if (strcmp(keyString, "o") == 0) return 31; if (strcmp(keyString, "u") == 0) return 32; if (strcmp(keyString, "[") == 0) return 33; if (strcmp(keyString, "i") == 0) return 34; if (strcmp(keyString, "p") == 0) return 35; if (strcmp(keyString, "RETURN") == 0) return 36; if (strcmp(keyString, "l") == 0) return 37; if (strcmp(keyString, "j") == 0) return 38; if (strcmp(keyString, "'") == 0) return 39; if (strcmp(keyString, "k") == 0) return 40; if (strcmp(keyString, ";") == 0) return 41; if (strcmp(keyString, "\\") == 0) return 42; if (strcmp(keyString, ",") == 0) return 43; if (strcmp(keyString, "/") == 0) return 44; if (strcmp(keyString, "n") == 0) return 45; if (strcmp(keyString, "m") == 0) return 46; if (strcmp(keyString, ".") == 0) return 47; if (strcmp(keyString, "TAB") == 0) return 48; if (strcmp(keyString, "SPACE") == 0) return 49; if (strcmp(keyString, "`") == 0) return 50; if (strcmp(keyString, "DELETE") == 0) return 51; if (strcmp(keyString, "ENTER") == 0) return 52; if (strcmp(keyString, "ESCAPE") == 0) return 53; // some more missing codes abound, reserved I presume, but it would // have been helpful for Apple to have a document with them all listed if (strcmp(keyString, ".") == 0) return 65; if (strcmp(keyString, "*") == 0) return 67; if (strcmp(keyString, "+") == 0) return 69; if (strcmp(keyString, "CLEAR") == 0) return 71; if (strcmp(keyString, "/") == 0) return 75; if (strcmp(keyString, "ENTER") == 0) return 76; // numberpad on full kbd if (strcmp(keyString, "=") == 0) return 78; if (strcmp(keyString, "=") == 0) return 81; if (strcmp(keyString, "0") == 0) return 82; if (strcmp(keyString, "1") == 0) return 83; if (strcmp(keyString, "2") == 0) return 84; if (strcmp(keyString, "3") == 0) return 85; if (strcmp(keyString, "4") == 0) return 86; if (strcmp(keyString, "5") == 0) return 87; if (strcmp(keyString, "6") == 0) return 88; if (strcmp(keyString, "7") == 0) return 89; if (strcmp(keyString, "8") == 0) return 91; if (strcmp(keyString, "9") == 0) return 92; if (strcmp(keyString, "F5") == 0) return 96; if (strcmp(keyString, "F6") == 0) return 97; if (strcmp(keyString, "F7") == 0) return 98; if (strcmp(keyString, "F3") == 0) return 99; if (strcmp(keyString, "F8") == 0) return 100; if (strcmp(keyString, "F9") == 0) return 101; if (strcmp(keyString, "F11") == 0) return 103; if (strcmp(keyString, "F13") == 0) return 105; if (strcmp(keyString, "F14") == 0) return 107; if (strcmp(keyString, "F10") == 0) return 109; if (strcmp(keyString, "F12") == 0) return 111; if (strcmp(keyString, "F15") == 0) return 113; if (strcmp(keyString, "HELP") == 0) return 114; if (strcmp(keyString, "HOME") == 0) return 115; if (strcmp(keyString, "PGUP") == 0) return 116; if (strcmp(keyString, "DELETE") == 0) return 117; if (strcmp(keyString, "F4") == 0) return 118; if (strcmp(keyString, "END") == 0) return 119; if (strcmp(keyString, "F2") == 0) return 120; if (strcmp(keyString, "PGDN") == 0) return 121; if (strcmp(keyString, "F1") == 0) return 122; if (strcmp(keyString, "LEFT") == 0) return 123; if (strcmp(keyString, "RIGHT") == 0) return 124; if (strcmp(keyString, "DOWN") == 0) return 125; if (strcmp(keyString, "UP") == 0) return 126; fprintf(stderr, "keyString %s Not Found. Aborting...\n", keyString); exit(EXIT_FAILURE); }