/* Copyright (c) Günter Woigk 2016 - 2016 mailto:kio@little-bat.de This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. Permission to use, copy, modify, distribute, and sell this software and its documentation for any purpose is hereby granted without fee, provided that the above copyright notice appear in all copies and that both that copyright notice and this permission notice appear in supporting documentation, and that the name of the copyright holder not be used in advertising or publicity pertaining to distribution of the software without specific, written prior permission. The copyright holder makes no representations about the suitability of this software for any purpose. It is provided "as is" without express or implied warranty. THE COPYRIGHT HOLDER DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ #define SAFE 3 #define LOG 1 #include "kio/kio.h" #include "TTYObject.h" #include "TTYPixmap.h" #include "MainWindow.h" static //helper cstr maxmemstr() { return max_mem >= 1 GB ? usingstr("%.1f GB",max_mem/(1.0 GB)) : usingstr("%u MB",max_mem/(1 MB)); } // =========================================================== // Text Terminal Object // =========================================================== TTYObject::TTYObject(TTYPixmap* pixmap, int x, int y) : Object(IsaTTYObject,x,y,pixmap->width(),pixmap->height()), pixmap(pixmap) {} TTYObject::TTYObject(int w, int h, QRgb paper, QRgb pen) : Object(IsaTTYObject,w,h), pixmap(new TTYPixmap(w,h,paper,pen)) {} TTYObject::TTYObject(int w, int h, QRgb paper) : Object(IsaTTYObject,w,h), pixmap(new TTYPixmap(w,h,paper)) {} /* Reset geometry: ZSIZE=QSIZE, QPOS=0,0, ROT=0° */ void TTYObject::resetGeometry() { zbox.setWidth(pixmap->width()); zbox.setHeight(pixmap->height()); } /* paint object into the framebuffer: */ void TTYObject::paint_out(QPainter& p, int dx, int dy) { p.drawPixmap(zbox.translated(dx,dy), pixmap); if(children.count()) Object::paint_out(p,dx,dy); } // =========================================================== // Print to Terminal // =========================================================== /* Execute paint commands: */ int TTYObject::paintjob(Stream& stream, QPainter&) throw(uint) { TTYPixmap* s = pixmap; uchar bu[256]; // scratch for i/o for(;;) { uint repeat = 1; a: uint byte = stream.readByte(); switch(byte) { default: // print ASCII, Latin-1 or graphics char if(repeat>1) memset(bu,byte,repeat); else { bu[0] = byte; repeat += stream.readAvail(bu+1, sizeof(bu)-1, [](uchar c){return c>=0x20;}); } s->drawText(bu,repeat); continue; case Reset: // in plain transmission mode (TTY == GTerm) reset whole GTerm s->reset(); // else reset this widget only if(stream.transmission_mode == Stream::plain_transmission) throw Reset; // full GTerm reset continue; case ClearScreen: s->clearScreen(); continue; case GotoPosition: stream.readBytes(bu,2); s->gotoPosition(bu[0],bu[1]); // row, col continue; case GotoColumn: s->gotoColumn(stream.readByte()); continue; case GetCursorPosition: // reported position may be outside screen bu[0] = GetCursorPosition; // negative values are reported as big positive values and are ambiguous bu[1] = s->row; // very large values are reported modulo 256 bu[2] = s->col; // be reasonable! stream.write(bu,3); continue; case PushCursorPosition: s->pushState(); continue; case PopCursorPosition: s->popState(); continue; case ShowCursor: s->showBlob(); continue; case CursorLeft: s->cursorLeft(repeat); continue; case Tab: s->cursorTabulator(repeat); continue; case CursorDown: s->cursorDown(repeat); continue; case CursorUp: s->cursorUp(repeat); continue; case CursorRight: s->cursorRight(repeat); continue; case Return: s->cursorReturn(); continue; case ClearToEndOfLine: s->clearRect(1,999); continue; case PrintBMP: // print immediately following bitmap stream.readBytes(bu,s->char_height); s->drawBmp(bu,s->char_height,repeat); continue; case SetAttributes: s->setAttr(stream.readByte()); // attr continue; case XON: continue; case RepeatNextChar: repeat = stream.readByte(); // repeat count goto a; case XOFF: continue; case SetColors: // stream.readBytes(bu,4); byte = bu[0]; // which: 0=paper, 1=pen bu[0] = 0xff; // will become alpha if(byte) s->setPen(peek4X(bu)); // argb else s->setPaper(peek4X(bu)); continue; case ScrollScreen: byte = stream.readByte() | 0x20; if(byte=='u') s->scrollScreenUp(+repeat); else if(byte=='d') s->scrollScreenUp(-repeat); else if(byte=='l') s->scrollScreenRight(-repeat); else if(byte=='r') s->scrollScreenRight(+repeat); else LogLine("0x15 'ScrollScreen': illegal direction"); continue; case ClearWindow: stream.readBytes(bu,2); s->clearRect(bu[0],bu[1]); // rows, cols continue; case CopyWindow: stream.readBytes(bu,4); s->copyRect(bu[0],bu[1],bu[2],bu[3]); // destrow, destcol, rows, cols continue; case EchoChar: memset(bu,stream.readByte(),repeat); stream.write(bu,repeat); continue; case MoveWindow: // in 'identify' we advertise logical size == physical size, // so no horizontal shift of the logical window inside the physical window possible: // note: we could do s.th. with the qbox/zbox of the current object.. throw byte; // "0x19: 'MoveWindow': not supported"; case SetFramebufferSize: // we could resize the pixmap and adjust the qbox/zbox of the current object, // but the pixmap might be attached to another object too, and resizing the pixmap may come unexpected to that object. // the handling of the vertical size in the original MyTFT cannot be replicated. (40 or 42 rows only) throw byte; // "0x1A: 'SetFramebufferSize': not supported"; case Identify: // report dimensions of this TTY widget and capabilities of GTerm //--> 0x1E, // "MyLCD,GTermQt,ssz=ROWS*COLS,fsz=ROWS*COLS,csz=12*8, // gfx,rgb=888,mem=1G,str=240,fs,ptr,kbd\n" // // MyLCD = Kio's terminal // GTerm = Name // ssz = screen size = ROWS*COLS Textzeilen im Textmodus // fsz = framebuffer size = ROWS*COLS Textzeilen im Textmodus // csz = character size = ROWS*COLS Zeichengröße im Textmodus (Pixel) // gfx = Grafik-VDU vorhanden // rgb = Bits pro Kanal in True Color // mem = Verfügbarer Speicher für alle Pixelbuffer incl. Framebuffer (in Pixel) // str = Anzahl logischer Streams // fs = File System: Terminal can store files // ptr = Pointer device available, e.g. mouse // kbd = Keyboard available stream.write(usingstr( "\x1EMyLCD,GTermQt,ssz=%u*%u,fsz=%u*%u,csz=%u*%u,gfx,rgb=888,mem=%s,str=%u%s%s%s%s\n", s->rows,s->cols,s->rows,s->cols,s->char_height,s->char_width, maxmemstr(), MAX_STREAMS, enable_fs?",fs":"", enable_kbd?",kbd":"", enable_joy?",joy":"", enable_ptr?",ptr":"" )); continue; case Escape: byte = stream.readByte(); if(byte==4) // set UDG: , must follow { // must be in range 0x80 .. 0x9F byte = stream.readByte(); stream.readBytes(bu,pixmap->char_height); s->setUDG(byte,bu); } else handleEscape(byte); continue; case GetBmpOfCharMatrix: throw byte; // "0x1C 'GetBmpOfCharMatrix': not implemented"; case GetBmpAtCursor: throw byte; // "0x1D 'GetBmpAtCursor': not implemented"; case Controlcode_0x1F: throw byte; // error }//switch command } }