uint8_t MEMaction (uint8_t source) {
if (consoleComm.verb=='?') {
int memory;
memory=getFreeMemory();
toConsole("MEM:%ld",memory);;
return COMMAND_OK;
} else {
toConsole("NAK:");
return COMMAND_ERROR;
}
}
uint8_t NOPaction(uint8_t source) {
if (source==CONSOLE) {
toConsole("DBG: Forwarding (%c%c%c)!",
consoleComm.line[0], consoleComm.line[1], consoleComm.line[2]);
toConsole(actionBuffer);
toDevice((char *)consoleComm.line);
return COMMAND_FORWARDED;
}
else {
return COMMAND_IGNORED;
}
}
uint8_t LSVaction (uint8_t source) {
if (source==CONSOLE) {
toConsole("LSV:%s",BOM_VERSION);
return COMMAND_OK;
} else {
toDevice("NAK:");
return COMMAND_IGNORED;
}
}
uint8_t NAKaction (uint8_t source) {
if (source==CONSOLE) {
toConsole("NAK:");
return COMMAND_OK;
} else {
toDevice("NAK:");
return COMMAND_OK;
}
}
uint8_t LFRaction (uint8_t source) {
if (source==CONSOLE) {
free(bigbuff);
toConsole("LFR:");
return COMMAND_OK;
} else {
toDevice("NAK:");
return COMMAND_IGNORED;
}
}
uint8_t LAMaction (uint8_t source) {
if (source==CONSOLE) {
bigbuff=malloc(256);
toConsole("LAM:");
return COMMAND_OK;
} else {
toDevice("NAK:");
return COMMAND_IGNORED;
}
}
uint8_t NOPaction(uint8_t source) {
if (source==CONSOLE) {
debug("Forwarding (%c%c%c)!",
consoleComm.line[0], consoleComm.line[1], consoleComm.line[2]);
toDevice((char *)consoleComm.line);
return COMMAND_FORWARDED;
}
else if (source == DEVICE) {
toConsole((char *)deviceComm.line);
}
return COMMAND_IGNORED;
}
static void vMonitorTask(void* pvParameters)
{
portTickType xLastWakeTime = xTaskGetTickCount();
const portTickType xWakePeriod = 100;
int ret;
/* Infinite loop */
while(true)
{ //if(deviceComm.gotline){
// if (xSemaphoreTake(deviceComm.xGotLineSemaphore,IN_NO_TIME_AT_ALL)){
// handleDeviceInput(&deviceComm);
// xSemaphoreGive(deviceComm.xGotLineSemaphore);
// }
if (consoleComm.gotline){
// if (xSemaphoreTake(consoleComm.xGotLineSemaphore,IN_NO_TIME_AT_ALL)){
ret=handleConsoleInput(&consoleComm);
// xSemaphoreGive(consoleComm.xGotLineSemaphore);
// if(ret==COMMAND_FORWARDED){
// if (xSemaphoreTake(deviceComm.xGotLineSemaphore,UNTIL_ITS_ANNOYING)) {
// while (!deviceComm.gotline) {
// }
// handleDeviceInput(&deviceComm);
// xSemaphoreGive(deviceComm.xGotLineSemaphore);
//}
//}
}
//
togglePin(GRN_LED);
//SerialUSB.println("?");
toConsole("?");
// vTaskDelay(100);
vTaskDelayUntil(&xLastWakeTime, xWakePeriod);
}
}
void FrostEdit::applySettings() {
loadStyleSheet(Settings::get("Appearance/StyleSheet", "").toString());
//mSyntaxStyle.load(Settings::get("Appearance/Colorscheme").toString());
//mSettingsMenu->setSyntaxStyle(&mSyntaxStyle);
mFont.setFamily(Settings::get("TextEditor/Font", "Lucida Console").toString());
mFont.setPointSize(Settings::get("TextEditor/FontSize", 10).toInt());
for(TabWidgetFrame* tabf: mTabWidgetFrames) {
TabWidget* wid =tabf->tabWidget();
for(int i = 0; i < wid->count(); i++) {
TextEdit* e = toTextEdit(wid->widget(i));
e->setFont(mFont);
mSyntaxStyle.applyToTextEdit(e);
}
}
for(auto i: mOpenDocuments.keys()) {
Document* doc = mOpenDocuments[i];
TextEditor::Internal::Highlighter* hilt = doc->getHighlighter();
if(hilt != nullptr) {
qDebug() << "Found a highlighter!";
mSyntaxStyle.applyToHighlighter(hilt);
hilt->rehighlight();
}
}
for(int i = 0; i < mApplicationOutput->count(); i++) {
Console* c = toConsole(mApplicationOutput->widget(i));
mSyntaxStyle.applyToConsole(c);
}
mSyntaxStyle.applyToConsole(mCompileOutput);
mSyntaxStyle.applyToIssueList(mIssueList);
}