#ifndef DEF_VIRTUALTERMINAL_CLASS_H #define DEF_VIRTUALTERMINAL_CLASS_H #include #include #include #include #include #include class VirtualTerminal : public RessourceCaller, public OStream, public IStream { private: bool m_eof; public: static VirtualTerminal getIn() { u32int id = RessourceCaller::sCall(VTIF_OBJTYPE, VTIF_SGETPRINVT); return VirtualTerminal(id); } static VirtualTerminal getOut() { u32int id = RessourceCaller::sCall(VTIF_OBJTYPE, VTIF_SGETPROUTVT); return VirtualTerminal(id); } VirtualTerminal(u32int id) : RessourceCaller(id, VTIF_OBJTYPE) { m_eof = false; } /*void writeHex(u32int number) { doCall(VTIF_WRITEHEX, number); } void writeDec(s64int number) { doCall(VTIF_WRITEDEC, (number >> 32), number); }*/ void write(const String &s) { doCall(VTIF_WRITE, (u32int)&s); } String read() { if (m_eof) return ""; String ret = String::unserialize(doCall(VTIF_READLINE, 1)); if (ret[ret.size() - 1] == WChar(EOF)) { ret = ret.substr(0, ret.size() - 1); if (ret.empty()) return ""; m_eof = true; } return ret += "\n"; } keypress_t getKeypress(bool show = true, bool block = true) { keypress_t* ptr = (keypress_t*)doCall(VTIF_GETKEYPRESS, (show ? 1 : 0) | (block ? 2 : 0)); return *ptr; } String readLine(bool show = true) { flush(); return String::unserialize(doCall(VTIF_READLINE, (show ? 1 : 0))); } void setColor(u8int fg, u8int bg = 0xFF) { doCall(VTIF_SETCOLOR, (fg << 8) | bg); } void setCsrLine(u32int line) { doCall(VTIF_SETCSRLINE, line); } void setCsrCol(u32int col) { doCall(VTIF_SETCSRCOL, col); } bool isBoxed() { return doCall(VTIF_ISBOXED) != 0; } u8int height() { return doCall(VTIF_GETHEIGHT); } u8int width() { return doCall(VTIF_GETWIDTH); } void put(WChar c) { doCall(VTIF_PUT, c); } void moveCursor(u8int line, u8int col) { doCall(VTIF_LOCATE, line, col); } void put(u8int line, u8int col, WChar c) { moveCursor(line, col); put(c); } }; #endif