void CodeEditor::keyPressed(WindowEvent e) {
Input::Key k = e.key.code;
checkBindings();
bool control = Input::isKeyDown(Input::Control);
bool shift = Input::isKeyDown(Input::Shift);
if (k == Input::Up) {
moveCursorUpOne();
} else if (k == Input::Down) {
moveCursorDownOne();
} else if (k == Input::Left) {
resetBlink();
if (mLineIndex > getLineLength(mCurrentLine)) {
mLineIndex = getLineLength(mCurrentLine);
}
if (mLineIndex == 0 && mCurrentLine != 0) {
--mCurrentLine;
mLineIndex = getLineLength(mCurrentLine);
if (mText[mCurrentLine].getPosition().y < mPos.y) {
scrollUpOne();
}
} else if (mLineIndex > 0) {
if (mLineIndex > mUpperBound) {
mLineIndex = mUpperBound;
}
--mLineIndex;
}
} else if (k == Input::Right) {
resetBlink();
if (mLineIndex > getLineLength(mCurrentLine)) {
mLineIndex = getLineLength(mCurrentLine);
}
if (mLineIndex == getLineLength(mCurrentLine) && ((mCurrentLine + 1) < getLineCount())) {
++mCurrentLine;
mLineIndex = 0;
if (mText[mCurrentLine].getPosition().y > (mPos.y + mSize.y - (mFontSize * 2))) {
scrollDownOne();
}
} else if (mLineIndex < getLineLength(mCurrentLine)) {
++mLineIndex;
}
}
}
void CodeEditor::doDelete() {
if (mUpperBound == getLineLength(mCurrentLine) && mCurrentLine == mText.size() - 1) {
return;
}
resetBlink();
if (mUpperBound == getLineLength(mCurrentLine)) {
String str = mText[mCurrentLine + 1].getString();
mText[mCurrentLine].append(str);
mText.erase(mText.begin() + mCurrentLine + 1);
removeLineNumber();
if (mCurrentLine < (mText.size() - 1)) {
for (int i = mCurrentLine + 1; i < mText.size(); ++i) {
mText[i].setPosition(mPos.x + mLineNumberAreaWidth, mText[i].getPosition().y - mFontSize - 2);
}
}
return;
}
String str = mText[mCurrentLine].getString();
str.erase(mUpperBound, 1);
mText[mCurrentLine].setString(str);
}
void CodeEditor::moveCursorToLineBegin() {
if (mUpperBound == getLine(mCurrentLine).firstCharIndex()) {
return;
}
mLineIndex = getLine(mCurrentLine).firstCharIndex();
mUpperBound = mLineIndex;
resetBlink();
}
void CodeEditor::enterText(uint32 k) {
//TODO: Maybe don't ignore alt?
if (Input::isKeyDown(Input::Control) || Input::isKeyDown(Input::Alt)) {
return;
}
mText[mCurrentLine].insert(incUpperBound(), String(k));
resetBlink();
}
void CodeEditor::moveCursorToLineEnd() {
if (mUpperBound == getLineLength(mCurrentLine)) {
return;
}
mLineIndex = getLineLength(mCurrentLine);
mUpperBound = mLineIndex;
resetBlink();
}
void CodeEditor::moveCursorToMark() {
mLineIndex = mMarkIndex;
mUpperBound = mLineIndex;
mCurrentLine = mMarkLine;
moveViewToCursor();
resetBlink();
}
void CodeEditor::moveCursorDownOne() {
if ((mCurrentLine + 1) < mText.size()) {
++mCurrentLine;
resetBlink();
if (mText[mCurrentLine].getPosition().y > (mPos.y + mSize.y - (mFontSize * 2))) {
scrollDownOne();
}
}
}
void CodeEditor::moveCursorUpOne() {
if (mCurrentLine > 0) {
--mCurrentLine;
resetBlink();
if (mText[mCurrentLine].getPosition().y < mPos.y) {
scrollUpOne();
}
}
}
void CodeEditor::doTab() {
resetBlink();
if (mUseTabs) {
mText[mCurrentLine].insert(incUpperBound(), "\t");
} else {
for (int i = 0; i < mTabWidth; ++i) {
mText[mCurrentLine].insert(incUpperBound(), " ");
}
}
}
void CodeEditor::mouseButtonPressed(WindowEvent e) {
if (!Preferences::instance()->useMouseClick() || e.mouseButton.button != Input::MouseLeft) {
return;
}
int x = e.mouseButton.x;
int y = e.mouseButton.y;
int index = 0;
if (y < mPos.y) {
return;
}
if (mShowLineNumbers) {
x -= mLineNumberAreaWidth;
}
//TODO: The stupid way. Fixme later.
for (uint32 i = 0; i < mText.size(); ++i) {
if (y >= mText[i].getPosition().y && y <= mText[i].getPosition().y + mFontSize + 2) {
index = i;
break;
}
}
mCurrentLine = index;
int xx = 0;
uint32 lineIndex = 0;
for (int j = 0; j < getLineLength(mCurrentLine); ++j) {
uint32 c = getLine(mCurrentLine)[j];
uint32 charWidth = 0;
if (c == '\t') {
charWidth = (getCharWidth(L'') * mTabWidth);
} else {
charWidth = getCharWidth(c);
}
if (xx + charWidth >= x) {
break;
}
xx += charWidth;
++lineIndex;
}
mLineIndex = lineIndex;
mUpperBound = mLineIndex;
resetBlink();
}
void CodeEditor::moveCursorToDocumentEnd() {
if (mCurrentLine == mText.size() - 1) {
return;
}
mCurrentLine = mText.size() - 1;
mLineIndex = 0;
mUpperBound = mLineIndex;
while (cursorBelowView()) {
scrollDownOne();
}
resetBlink();
}
void CodeEditor::moveCursorToDocumentBegin() {
if (mCurrentLine == 0) {
return;
}
mCurrentLine = 0;
mLineIndex = 0;
mUpperBound = mLineIndex;
while (cursorAboveView()) {
scrollUpOne();
}
resetBlink();
}
void CodeEditor::swapCursorAndMark() {
mMarkRect.setPosition(mCursorRect.getPosition());
uint32 tempIndex = mUpperBound;
uint32 tempLine = mCurrentLine;
mLineIndex = mMarkIndex;
mUpperBound = mLineIndex;
mCurrentLine = mMarkLine;
mMarkIndex = tempIndex;
mMarkLine = tempLine;
moveViewToCursor();
resetBlink();
}
void CodeEditor::mouseWheelMoved(WindowEvent e) {
if (mText.size() == 1) {
return;
}
int dir = e.mouseWheel.delta > 0 ? 1 : -1;
//std::cerr << e.mouseWheel.delta * 250 << "\n";
//std::cerr << ((mFontSize + 2) * 16) << "\n";
for (uint32 i = 0; i < mText.size(); ++i) {
mText[i].move(0, mScrollSpeed * dir);
mLineNumbers[i].move(0, mScrollSpeed * dir);
}
resetBlink();
}
void CodeEditor::moveCursorDownToBlank() {
if (mCurrentLine == mText.size() - 1) {
return;
}
resetBlink();
for (uint32 i = mCurrentLine + 1; i < mText.size(); ++i) {
if (mText[i].allWhiteSpace()) {
mCurrentLine = i - 1;
//mLineIndex = 0;
//mUpperBound = mLineIndex;
while (cursorBelowView()) {
scrollDownOne();
}
return;
}
}
}
void CodeEditor::moveCursorUpToBlank() {
if (mCurrentLine == 0) {
return;
}
resetBlink();
for (int64 i = mCurrentLine - 1; i >= 0; --i) {
if (mText[i].allWhiteSpace()) {
mCurrentLine = i + 1;
//mLineIndex = 0;
//mUpperBound = mLineIndex;
while (cursorAboveView()) {
scrollUpOne();
}
return;
}
}
}
void CodeEditor::doBackspace() {
if (mUpperBound == 0 && mCurrentLine == 0) {
return;
}
resetBlink();
if ((mUpperBound == 0 || mText[mCurrentLine].isEmpty()) && mCurrentLine > 0) {
--mCurrentLine;
if (!mText[mCurrentLine + 1].isEmpty()) {
mLineIndex = getLineLength(mCurrentLine);
mText[mCurrentLine].append(mText[mCurrentLine + 1].getString());
} else {
mLineIndex = getLineLength(mCurrentLine);
}
//Remove the line.
mText.erase(mText.begin() + mCurrentLine + 1);
removeLineNumber();
if (mCurrentLine < (mText.size() - 1)) {
for (int i = mCurrentLine + 1; i < mText.size(); ++i) {
mText[i].setPosition(mPos.x + mLineNumberAreaWidth, mText[i].getPosition().y - mFontSize - 2);
}
}
return;
}
String str = mText[mCurrentLine].getString();
str.erase(mUpperBound - 1, 1);
mText[mCurrentLine].setString(str);
if (mUpperBound > 0) {
if (mLineIndex <= mUpperBound) {
--mLineIndex;
}
--mUpperBound;
}
}
void MenuStateMachine(void){
uint8_t u8ExitWithoutSavingFlag = TRUE;
uint8_t u8MemCommand;
static uint32_t u32defaultSettingsInitialValue;
static uint8_t u8checkForDefaultSettings = FALSE;
uint32_t u32TickCount;
//Check to see if the encoder moved
if(i8MenuChangeFlag != 0 && i8SubMenuState == SUBMENU_NOT_SELECTED){
changeMainMenuState();
resetBlink();
}
//Check to see if the encoder switch is held down for 3 seconds. This is
//the mechanism for defaulting the menu.
if(u8MenuKeyPressFlag == TRUE){
//Start the timer.
u32TickCount = xTaskGetTickCount();
u32defaultSettingsInitialValue = u32TickCount;
u8checkForDefaultSettings = TRUE;
}else{
//If the switch continues to be held down for 3 seconds, default the settings and exit the menu.
if(u8checkForDefaultSettings == TRUE){
if(!READ_ENC_SWITCH){//Switch is held down.
//Increment the timer
u32TickCount = xTaskGetTickCount();
if((u32TickCount - u32defaultSettingsInitialValue) > DEFAULT_SETTINGS_TIME_LENGTH){
defaultSettings();
u8ExitWithoutSavingFlag = FALSE;
u8MenuExitFlag = TRUE;
u8checkForDefaultSettings = FALSE;
}
}else{
u8checkForDefaultSettings = FALSE;
}
}
}
switch(i8MainMenuState){
case X_MENU:
case Y_MENU:
case Z_MENU:
//Handle the encoder switch press
if(u8MenuKeyPressFlag == TRUE){
u8MenuKeyPressFlag = FALSE;
//If no submenu has been selected, enter submenu mode
if(i8SubMenuState == SUBMENU_NOT_SELECTED){
i8SubMenuState = RANGE;
setLEDState(u8LEDMainMenuMapping[i8MainMenuState], ON);
setLEDState(u8XYZSubMenuMapping[i8SubMenuState-1], BLINK);
}
else if(u8ParameterEditModeFlag == FALSE){
//Enter the submenu and modify the parameter
u8ParameterEditModeFlag = TRUE;
setLEDState(u8XYZSubMenuMapping[i8SubMenuState-1], ON);
initializeXYZParameterMode();
}
else{
//Lock in the selection and exit the menu.
u8ExitWithoutSavingFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}
//If it made it this far, then it's changing submenus
if(i8MenuChangeFlag != 0){
//If we're not in parameter edit mode
if(u8ParameterEditModeFlag == FALSE){
changeXYZSubMenuState();
resetBlink();
}
else{
editXYZParameter(i8SubMenuState);
}
}
break;
case RECORD_MENU:
case OVERDUB_MENU:
case PLAYBACK_MENU:
//Handle the encoder switch press
if(u8MenuKeyPressFlag == TRUE){
u8MenuKeyPressFlag = FALSE;
//If no submenu has been selected, enter submenu mode
if(i8SubMenuState == SUBMENU_NOT_SELECTED){
i8SubMenuState = SOURCE;
setLEDState(u8LEDMainMenuMapping[i8MainMenuState], ON);
setLEDState(u8PlaySubMenuMapping[i8SubMenuState-1], BLINK);
}
else if(u8ParameterEditModeFlag == FALSE){
//Enter the submenu and modify the parameter
u8ParameterEditModeFlag = TRUE;
setLEDState(u8PlaySubMenuMapping[i8SubMenuState-1], ON);
initializeRecParameterMode(i8MainMenuState-RECORD_MENU);
}
else{
//Locking in the change and exiting the menu.
u8ExitWithoutSavingFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}
//If it made it this far, then it's changing submenus
if(i8MenuChangeFlag != 0){
//If we're not in parameter edit mode
if(u8ParameterEditModeFlag == FALSE){
changeRecSubMenuState();
resetBlink();
}
else{
editRecParameter(i8MainMenuState-RECORD_MENU);
}
}
break;
case LOAD_MENU:
case STORE_MENU:
//Store a sequence
/*The first key press enters the mode. The next one issues a store
* command*/
if(u8MenuKeyPressFlag == TRUE){
u8MenuKeyPressFlag = FALSE;
if(i8MainMenuState == LOAD_MENU){
if(u8LoadModeFlag == FALSE){
//u8LoadModeFlag = TRUE;
/*Set the LEDs on for locations which have a stored sequence. Flash
the currently selected LED.*/
u8LoadModeFlag = initializeLoadStoreMode();
if(u8LoadModeFlag == 1){
i8SubMenuState = 1;
}
}
else{
//Load the sequence
flashLoadSequence(u8LoadStoreParameter);
u8LoadModeFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}else{
if(u8StoreModeFlag == FALSE){
//u8StoreModeFlag = TRUE;
u8StoreModeFlag = initializeLoadStoreMode();
if(u8StoreModeFlag == 1){
i8SubMenuState = 1;
}
}
else{
//Store the sequence
flashStoreSequence(u8LoadStoreParameter, getLengthOfRecording());
u8StoreModeFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}
}
//Handle the encoder
if(u8StoreModeFlag == TRUE || u8LoadModeFlag == TRUE){
if(i8MenuChangeFlag != 0){
editLoadStoreParameter();
}
}
else{
i8MenuChangeFlag = 0;
}
break;
case EFFECT_MENU:
if(u8MenuKeyPressFlag == TRUE){
u8MenuKeyPressFlag = FALSE;
if(u8EffectModeFlag == FALSE){
i8SubMenuState = 1;
u8EffectModeFlag = TRUE;
setLEDState(u8LEDMainMenuMapping[i8MainMenuState], ON);
initializeEffectMode();
}
else{
//Set the effect mode
u8EffectModeFlag = FALSE;
//Locking in the change and exiting the menu.
u8ExitWithoutSavingFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}
//Handle the encoder
if(u8EffectModeFlag == TRUE){
if(i8MenuChangeFlag != 0){
editEffectParameter();
}
}
else{
i8MenuChangeFlag = 0;
}
break;
case CLOCK_MENU:
if(u8MenuKeyPressFlag == TRUE){
u8MenuKeyPressFlag = FALSE;
if(i8SubMenuState == SUBMENU_NOT_SELECTED){
u8ClockModeFlag = TRUE;
i8SubMenuState = SYNC;
setLEDState(u8LEDMainMenuMapping[i8MainMenuState], ON);
setLEDState(u8LEDMainMenuMapping[i8SubMenuState-1], BLINK);
}
else if(u8ParameterEditModeFlag == FALSE){
//Enter the submenu and modify the parameter
u8ParameterEditModeFlag = TRUE;
setLEDState(u8LEDMainMenuMapping[i8SubMenuState-1], ON);
initializeClockMode();
}
else{
//Set the effect mode
u8ClockModeFlag = FALSE;
//Locking in the change and exiting the menu.
u8ExitWithoutSavingFlag = FALSE;
u8MenuExitFlag = TRUE;
}
}
//If it made it this far, then it's changing submenus
if(i8MenuChangeFlag != 0){
//If we're not in parameter edit mode
if(u8ParameterEditModeFlag == FALSE){
changeClockSubMenuState();
resetBlink();
}
else{
editClockParameter();
}
}
break;
default:
break;
}
/*When we exit the menu, we have to reset the LIVE PLAY INTERACTION stuff or
we could end up in a weird state.*/
if(u8MenuExitFlag == TRUE){
/*If the main switch is pressed, then we exit without saving the change and
need to reset the parameter.*/
if(u8ExitWithoutSavingFlag == TRUE){
resetMenuParameter();
}
else{
//Write the file table with the stored settings.
copyCurrentSettingsToFileTable(0);
u8MemCommand = WRITE_FLASH_FILE_TABLE;
xQueueSend(xMemInstructionQueue, &u8MemCommand, 0);
}
resetEncoderLiveInteraction();//Encoder turning needs to be reset to not get spurious changes.
i8SubMenuState = SUBMENU_NOT_SELECTED;
u8MenuExitFlag = FALSE;
setLEDAlternateFuncFlag(FALSE);//LEDs back to indicating position
turnOffAllLEDs();//Reset the LEDs state
setRedLEDs(HALF_BRIGHTNESS);
setMenuModeFlag(FALSE);//Master control knows menu is over
u8ParameterEditModeFlag = FALSE;
u8LoadModeFlag = FALSE;
u8StoreModeFlag = FALSE;
}
}
