void handleSubCmd(struct Key k) {
uint8_t h =getKeyCode(k.row, k.col, getActiveLayer());
switch( subcmd )
{
case SUB_READ:
if(h == HID_ESC) {
printf("\nSubRead terminated");
setCommandMode(false);
} else {
if(idx>=MAXLEN) {
idx=0;
setCommandMode(false);
}
str[idx++]=h;
printf("\n%2d %d: ",idx,h);
for(uint8_t i=0; i<idx; ++i)
printf("%02x", str[i]);
}
break;
case SUB_LAYOUT:
{
// das nŠchste Layout auf die gedrŸckte Spalte setzen, also 12 verschiedene Layouts verfŸgbar
/*
Layout nextLayout = k.col < LAYOUTS ? k.col : eeprom_read_byte (&alternateLayoutNr);
eeprom_write_byte(&alternateLayoutNr, nextLayout);
PrintConfiguration();
*/
printf("\nLAYOUTS not yet implemented");
setCommandMode(false);
break;
}
case SUB_GEOAREA:
{
// den geografischen Bereich auf die gedrŸckte Spalte setzen, DE, GB und US verfŸgbar
GeoArea nextAlternateGeoArea = k.col < 3 ? k.col : eeprom_read_byte (&alternateGeoArea);
eeprom_write_byte(&alternateGeoArea, nextAlternateGeoArea);
PrintConfiguration();
setCommandMode(false);
break;
}
case SUB_PC_MAC:
{
// die Hardware auf die gedrŸckte Spalte setzen, PC/Mac verfŸgbar
MacOrPC nextAltMacOrPC = k.col < 2 ? k.col : eeprom_read_byte (&altMacOrPC);
eeprom_write_byte(&altMacOrPC, nextAltMacOrPC);
PrintConfiguration();
setCommandMode(false);
break;
}
case SUB_MACRO:
setMacroMode(true);
activateMacro(k.row*ROWS+k.col);
setCommandMode(false);
break;
default:
break;
}
clearActiveKeys();
clearRowData();
}
inline int Print(){return PrintConfiguration();};
/** Called when command mode is active.
*
* First pressed key is mapped to first layer defined and evaluated. Use only a-z and 0-9 for commands, others exit this mode.
*
* @todo: leave automatically on unknown command or timeout, or signal mode through leds.
*
*/
void handleCommand(void) {
if(!commandMode())
return;
if(activeKeys.keycnt==0)
return;
struct Key k=activeKeys.keys[0];
uint8_t hid = getKeyCode(k.row, k.col, 0);
if(subcmd) {
handleSubCmd(k);
return;
}
clearActiveKeys();
clearRowData();
// Char with Meaning:
// A:ASCIIPrint, B:BootL, C:PrintConfig, G:GeoArea, H:HardwarePC/Mac, L: SwitchLayout, M:Macro, P:PrintLayout, Q:QuitCommand, T: Trackpoint
// Char without Meaning:
// O:MouseMode, R:PrintKeyHID
switch(hid) {
case HID_D:
g_pinkydrop = !g_pinkydrop;
printf("\nPinkydrop %d", g_pinkydrop);
setCommandMode(false);
break;
case HID_V:
printf("\nAdNW %s", FW_VERSION);
setCommandMode(false);
break;
case HID_C:
PrintConfiguration();
break;
case HID_G:
// G:GeoArea umschalten
printf("\nG:GeoArea::");
subcmd=SUB_GEOAREA;
break;
case HID_H:
// HardwarePC/Mac umschalten
printf("\nHardwarePC/Mac::");
subcmd=SUB_PC_MAC;
break;
case HID_Q:
case HID_ESC:
printf("\nLeaving command mode::");
setCommandMode(false);
break;
case HID_B:
printf("\nBootloader::");
jump_bootloader();
break;
case HID_P:
// Print Layout: one layer per press on key 'p'
printLayout(layer);
layer=(layer+1)%LAYERS;
if(layer==0)
setCommandMode(false);
break;
#ifdef MOUSE_HAS_SCROLL_WHEELS
case HID_T:
printf("\nTrackpoint:");
tp_id();
setCommandMode(false);
break;
#endif
case HID_L:
g_alternateLayer=!g_alternateLayer;
printf("\nAlternate layer %s", g_alternateLayer ? "selected." : "off.");
setCommandMode(false);
/*
// Layout umschalten
printf("\nSwitch layout::");
subcmd=SUB_LAYOUT;
*/
break;
case HID_A:
for(uint8_t i=32; i<255; ++i) {
if(i%16==0)
printf("\n %03d", i);
printf("%c ", (char)(i));
if(i==127)
i+=33;
}
setCommandMode(false);
break;
case HID_M:
g_mouse_enabled = g_mouse_enabled > 0 ? 0 : 1;
printf("\nMouse %sabled", g_mouse_enabled ? "en" : "dis");
setCommandMode(false);
break;
case HID_R:
// print HID code of pressed key
printf("\nHID code read active.");
subcmd=SUB_READ;
idx=0;
break;
case HID_X:
subcmd=SUB_MACRO;
printf("Macro mode true\n");
break;
default:
printf("\nUnknown command.");
break;
}
}
