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#ifndef DEF_VIRTUALTERMINAL_CLASS_H
#define DEF_VIRTUALTERMINAL_CLASS_H
#include <Core/common.wtf.h>
#include <Library/String.class.h>
#include <TaskManager/Mutex.class.h>
#include <DeviceManager/Kbd.ns.h>
#include <Library/Vector.class.h>
struct vtchr {
u8int color;
WChar c;
};
class VirtualTerminal {
protected:
Mutex m_kbdMutex, m_kbdbuffMutex;
Vector<Kbd::keypress_t> m_kbdbuff; //Key press events buffer
public:
VirtualTerminal();
virtual ~VirtualTerminal();
virtual void setColor(u8int fgcolor, u8int bgcolor = 0xFF) {} //For a pipe/file VT, this will do nothing.
virtual bool isBoxed() = 0;
virtual void updateCursor() {}
virtual void moveCursor(u32int row, u32int col) {} //These are not implemented for pipe/file VTs
virtual void setCursorLine(u32int line) {}
virtual void setCursorCol(u32int col) {} //This one could be, and should be. It's used a lot for tabulating, etc.
//Display functions
virtual void put(WChar c, bool updatecsr = true) = 0;
void write(const String& s, bool updatecsr = true);
void writeDec(s64int num, bool updatecsr = true);
void writeHex(u32int i, bool updatecsr = true);
virtual void hexDump(u8int* ptr, u32int sz, bool addnl = true); //Always ignore parameter addnl
inline VirtualTerminal& operator<<(const String& s) { write(s); return *this; }
inline VirtualTerminal& operator<<(s32int i) { writeDec(i); return *this; }
inline VirtualTerminal& operator<<(s64int i) { writeDec(i); return *this; }
inline VirtualTerminal& operator<<(u32int i) { writeHex(i); return *this; }
//Keyboard functions
virtual void keyPress(Kbd::keypress_t kp); //Called by Kbd:: when a key is pressed, overloaded by ScrollableVT
virtual Kbd::keypress_t getKeypress(bool show = true, bool block = true); //Block : must we wait for a key to be pressed ?
String readLine(bool show = true);
};
#endif
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