Files
ESPScroller/src/Scroller.cpp

321 lines
7.0 KiB
C++

#include "Scroller.h"
#include <SimpleMap.h>
//#define DEBUG
eDict_t Escapes[] = {
{"\u001b[30m","black",eDict_t::COLOR, CRGB::Black },
{"\u001b[31m","red",eDict_t::COLOR, CRGB::Red },
{"\u001b[32m","green",eDict_t::COLOR, CRGB::Green },
{"\u001b[33m","yellow",eDict_t::COLOR, CRGB::Yellow },
{"\u001b[34m","blue",eDict_t::COLOR, CRGB::Blue },
{"\u001b[35m","magenta",eDict_t::COLOR, CRGB::Magenta },
{"\u001b[36m","cyan",eDict_t::COLOR, CRGB::Cyan },
{"\u001b[37m","white",eDict_t::COLOR, CRGB::White },
{"\u001b[40m","black",eDict_t::BCOLOR, CRGB::Black },
{"\u001b[41m","red",eDict_t::BCOLOR, CRGB::Red },
{"\u001b[42m","green",eDict_t::BCOLOR, CRGB::Green },
{"\u001b[43m","yellow",eDict_t::BCOLOR, CRGB::Yellow },
{"\u001b[44m","blue",eDict_t::BCOLOR, CRGB::Blue },
{"\u001b[45m","magenta",eDict_t::BCOLOR, CRGB::Magenta },
{"\u001b[46m","cyan",eDict_t::BCOLOR, CRGB::Cyan },
{"\u001b[47m","white",eDict_t::BCOLOR, CRGB::White },
{"\u001b[0m","reset",eDict_t::CONTROL, RESET_ALL},
{"\u001b[1m","bold",eDict_t::CONTROL, BOLD},
{"\u001b[4m","underline",eDict_t::CONTROL, UNDERLINE},
{"\u001b[7m","reversed",eDict_t::CONTROL, REVERSED},
{"\u001b[2J","clear",eDict_t::CONTROL, CLEAR_ALL},
{"\u001b[97;%dm","loops",eDict_t::CONTOL_WITH_PARAM, LOOPS},
{"\u001b[98;%dm","speed",eDict_t::CONTOL_WITH_PARAM, SPEED},
{"\u001b[99;%dm","timeout",eDict_t::CONTOL_WITH_PARAM, TIMEOUT},
};
SimpleMap<String, eDict_t*>* escMap;
Scroller::Scroller()
{
_act_setting = _setting;
}
void Scroller::init()
{
Serial.println("INIT ESCAPES");
escMap = new SimpleMap<String, eDict_t*>([](String &a, String &b) -> int {
if (a == b) return 0; // a and b are equal
else if (a > b) return 1; // a is bigger than b
else return -1; // a is smaller than b
});
for (int i=0; i< (sizeof(Escapes)/sizeof(Escapes[0])) ; i++) {
String s = String(Escapes[i].code);
String escape;
escape = String(s);
if (Escapes[i].tt == eDict_t::CONTOL_WITH_PARAM) {
int n = s.indexOf('%');
if (n !=-1)
escape = String(s.substring(0,n));
}
Serial.printf("%s = %s\n",escape,Escapes[i].name);
escMap->put(escape,&Escapes[i]);
}
DumpSetting(_act_setting);
}
bool Scroller::decodeEscape2Setting(String es)
{
String s;
eDict_t *e;
int p = es.indexOf(';');
if (p != -1) {
s = es.substring(0,p+1);
} else {
s = es;
}
//Serial.printf("ESC GET = %s\n",s);
e = escMap->get(s);
if (!e) return false;
if (e->tt == eDict_t::CONTROL) {
switch (e->control) {
case CLEAR_ALL:
DeleteLines();
case RESET_ALL:
_act_setting = _setting;
break;
case BOLD:
_act_setting.bold = true;
break;
case UNDERLINE:
_act_setting.underline = true;
break;
case REVERSED:
_act_setting.reversed = true;
break;
}
}
if (e->tt == eDict_t::CONTOL_WITH_PARAM)
{
int param;
sscanf(es.c_str(),e->code,&param);
switch (e->control) {
case SPEED:
_act_setting.speed = param;
break;
case TIMEOUT:
_act_setting.timeout = param;
break;
case LOOPS:
_act_setting.loops = param;
break;
}
}
if (e->tt == eDict_t::COLOR) _act_setting.color = e->color;
if (e->tt == eDict_t::BCOLOR) _act_setting.bcolor = e->color;
#ifdef DEBUG
DumpSetting(_act_setting);
#endif
return true;
}
void Scroller::DumpSetting(Setting & s)
{
Serial.printf("[COLOR=%x Brightness=%d Speed=%d Timeout=%d]\n",s.color,s.brightness,s.speed,s.timeout);
}
void Scroller::SetMatrix(FastLED_NeoMatrix *matrix)
{
_matrix = matrix;
}
int Scroller::GetNumberOfLines()
{
return _nlines;
}
int Scroller::AddLine(String line)
{
_Lines[_nlines] = line;
return _nlines++;
}
int Scroller::AddLines(String* lines,int nlines)
{
for (int i=0; i < nlines; i++) {
_Lines[i] = lines[i];
}
_nlines = nlines;
return _nlines;
}
bool Scroller::ReplaceLine(int number,String line)
{
_Lines[number] = line;
return true;
}
void Scroller::DeleteLines()
{
_nlines = 0;
_lp = 0;
}
void Scroller::Show(int _x,int _y,String line)
{
_matrix->fillScreen(0);
_matrix->setCursor(_x, _y);
for (int l=0;l < line.length();l++) {
if (line.charAt(l) == '\u001b') {
int ee;
for (ee = l+2; (line.charAt(ee) >= '0' && line.charAt(ee) <= '9') || line.charAt(ee) == ';'; ee++ )
;
decodeEscape2Setting(line.substring(l,ee+1));
l = ee;
continue;
}
_matrix->setTextColor(Framebuffer_GFX::Color24to16(_act_setting.color));
_matrix->setBrightness(_act_setting.brightness);
if (l != line.length()) {
#ifdef DEBUG
Serial.print(line.charAt(l));
#endif
_matrix->print(line.charAt(l));
}
}
#ifdef DEBUG
Serial.print("\n");
#endif
_matrix->show();
}
String Scroller::LineUnescaped(String line)
{
String rawLine = "";
for (int l=0;l < line.length();l++) {
if (line.charAt(l) == '\u001b') {
int ee;
for (ee = l+2; (line.charAt(ee) >= '0' && line.charAt(ee) <= '9') || line.charAt(ee) == ';'; ee++ )
;
l = ee;
continue;
}
if (l != line.length()) {
rawLine.concat(line.charAt(l));
}
}
return rawLine;
}
int Scroller::Scroll()
{
int mx = 32;
String line;
line = _Lines[_lp];
int ll = LineUnescaped(line).length();
if (ll * 6 > mx)
{
if (_x < ll * 6 - mx)
{
Show(-_x,_y,line);
if (_x++ == 0) {
return _act_setting.timeout/SCROLLER_TICK_TIME;
}
else {
return _act_setting.speed/SCROLLER_TICK_TIME;
}
}
_lp++;
_x = 0;
return _act_setting.timeout/SCROLLER_TICK_TIME;
}
else
{
Show(_x,_y,line);
_lp++;
return _act_setting.timeout/SCROLLER_TICK_TIME;
}
}
void Scroller::PrintSerialLines()
{
for (int i=0; i < _nlines; i++)
{
Serial.println(_Lines[i]);
}
}
bool Scroller::TurnOn()
{
Serial.println("Turn on Scroller");
_off = false;
_lp = 0;
_x = 0;
_y = 0;
_nscrolled = 0;
_delayTicks = 0;
return true;
}
void Scroller::TurnOff()
{
Serial.println("TURN OFF");
_matrix->fillScreen(0);
_matrix->print("");
_matrix->show();
_off = true;
}
void Scroller::loop(ulong tick)
{
if (_off) return;
int delta = tick - _tick;
if (_lp == _nlines) {
_lp =0;
_nscrolled++;
_delayTicks = 50;
}
if (TimesScrolled() == _act_setting.loops) {
Serial.println("MAX LOOP");
TurnOff();
return;
}
if (_delayTicks - delta <= 0) _delayTicks = Scroll();
else _delayTicks -= delta;
if (_delayTicks < 0) _delayTicks = 0;
_tick = tick;
}
int Scroller::TimesScrolled()
{
return _nscrolled;
}
void Scroller::SetParameters(int line,uint8_t color,uint8_t brightness,int timeout_off,int timeout_on,int speed)
{
_act_setting.color = color;
_act_setting.brightness = brightness;
_act_setting.timeout = timeout_on;
_act_setting.timeout = timeout_off;
_act_setting.speed = speed;
}
Scroller::~Scroller()
{
}