1

Vorgabe01 Aufgabe01

This commit is contained in:
churl
2022-04-16 14:46:02 +02:00
parent d106ef85fa
commit 702eb9cbbd
20 changed files with 1813 additions and 0 deletions

121
devices/CGA.cc Executable file
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@ -0,0 +1,121 @@
/*****************************************************************************
* *
* C G A *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Mit Hilfe dieser Klasse kann man auf den Bildschirm des *
* PCs zugreifen. Der Zugriff erfolgt direkt auf der Hard- *
* wareebene, d.h. ueber den Bildschirmspeicher und den *
* I/O-Ports der Grafikkarte. *
* *
* Autor: Olaf Spinczyk, TU Dortmund *
* Aenderungen von Michael Schoettner, HHU, 21.8.2016 *
*****************************************************************************/
#include "devices/CGA.h"
/*****************************************************************************
* Methode: CGA::setpos *
*---------------------------------------------------------------------------*
* Beschreibung: Setzen des Cursors in Spalte x und Zeile y. *
*****************************************************************************/
void CGA::setpos (int x, int y) {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::getpos *
*---------------------------------------------------------------------------*
* Beschreibung: Abfragem der Cursorposition *
* *
* Rückgabewerte: x und y *
*****************************************************************************/
void CGA::getpos (int &x, int &y) {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::show *
*---------------------------------------------------------------------------*
* Beschreibung: Anzeige eines Zeichens mit Attribut an einer bestimmten *
* Stelle auf dem Bildschirm. *
* *
* Parameter: *
* x,y Position des Zeichens *
* character Das auszugebende Zeichen *
* attrib Attributbyte fuer das Zeichen *
*****************************************************************************/
void CGA::show (int x, int y, char character, unsigned char attrib) {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::print *
*---------------------------------------------------------------------------*
* Beschreibung: Anzeige mehrerer Zeichen ab der aktuellen Cursorposition *
* '\n' fuer Zeilenvorschub. *
* *
* Parameter: *
* string Auszugebende Zeichenkette *
* n Laenger der Zeichenkette *
* attrib Attributbyte fuer alle Zeichen der Zeichenkette *
*****************************************************************************/
void CGA::print (char* string, int n, unsigned char attrib) {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::scrollup *
*---------------------------------------------------------------------------*
* Beschreibung: Verschiebt den Bildschirminhalt um eine Zeile nach oben. *
* Die neue Zeile am unteren Bildrand wird mit Leerzeichen *
* gefuellt. *
*****************************************************************************/
void CGA::scrollup () {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::clear *
*---------------------------------------------------------------------------*
* Beschreibung: Lösche den Textbildschirm. *
*****************************************************************************/
void CGA::clear () {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: CGA::attribute *
*---------------------------------------------------------------------------*
* Beschreibung: Hilfsfunktion zur Erzeugung eines Attribut-Bytes aus *
* Hintergrund- und Vordergrundfarbe und der Angabe, ob das *
* Zeichen blinkend darzustellen ist. *
* *
* Parameter: *
* bg Background color *
* fg Foreground color *
* blink ywa/no *
*****************************************************************************/
unsigned char CGA::attribute (CGA::color bg, CGA::color fg, bool blink) {
/* Hier muess Code eingefuegt werden */
}

73
devices/CGA.h Executable file
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/*****************************************************************************
* *
* C G A *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Mit Hilfe dieser Klasse kann man auf den Bildschirm des *
* PCs zugreifen. Der Zugriff erfolgt direkt auf der Hard- *
* wareebene, d.h. ueber den Bildschirmspeicher und den *
* I/O-Ports der Grafikkarte. *
* *
* Autor: Olaf Spinczyk, TU Dortmund *
* Aenderungen von Michael Schoettner, HHU, 21.8.2016 *
*****************************************************************************/
#ifndef __CGA_include__
#define __CGA_include__
#include "kernel/IOport.h"
class CGA {
private:
IOport index_port; // Auswahl eines Register der Grafikkarte
IOport data_port; // Lese-/Schreib-Zugriff auf Register der Grafikk.
// Copy Konstrutkor unterbinden
CGA(const CGA &copy);
public:
const char *CGA_START; // Startadresse des Buldschirmspeichers
// Konstruktur mit Initialisierung der Ports
CGA () : index_port (0x3d4), data_port (0x3d5) {
CGA_START = (const char*)0xb8000;
}
// Konstanten fuer die moeglichen Farben im Attribut-Byte.
typedef enum {
BLACK, BLUE, GREEN, CYAN, RED, MAGENTA, BROWN, LIGHT_GREY,
DARK_GREY, LIGHT_BLUE, LIGHT_GREEN, LIGHT_CYAN, LIGHT_RED,
LIGHT_MAGENTA, YELLOW, WHITE
} color;
// Standardzeichenfarbe
enum { STD_ATTR = BLACK << 4 | LIGHT_GREY };
// Groesse des Bildschirms (25 Zeilen, 80 Spalten)
enum { ROWS = 25, COLUMNS = 80 };
// Setzen des Cursors in Spalte x und Zeile y.
void setpos (int x, int y);
// Abfragen der Cursorpostion
void getpos (int& x, int& y);
// Anzeige eines Zeichens mit Attribut an einer bestimmten Stelle
void show (int x, int y, char character, unsigned char attrib = STD_ATTR);
// Anzeige mehrerer Zeichen ab der aktuellen Cursorposition
void print (char* string, int n, unsigned char attrib = STD_ATTR);
// Verschiebt den Bildschirminhalt um eine Zeile nach oben.
// Neue Zeile am unteren Bildrand mit Leerzeichen fuellen
void scrollup ();
// Lösche den Textbildschirm
void clear ();
// Hilfsfunktion zur Erzeugung eines Attribut-Bytes
unsigned char attribute (CGA::color bg, CGA::color fg, bool blink);
};
#endif

31
devices/CGA_Stream.cc Executable file
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/*****************************************************************************
* *
* C G A _ S T R E A M *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Die Klasse CGA_Stream ermoeglicht die Ausgabe verschied. *
* Datentypen als Zeichenketten auf dem CGA-Bildschirm eines*
* PCs. Fuer weitergehende Formatierung oder spezielle *
* Effekte stehen die Methoden der Klasse CGA_Stream zur *
* Verfuegung. *
* *
* Autor: Olaf Spinczyk, TU Dortmund *
* Aenderungen von Michael Schoettner, HHU, 1.8.16 *
*****************************************************************************/
#include "devices/CGA_Stream.h"
/*****************************************************************************
* Methode: CGA_Stream::flush *
*---------------------------------------------------------------------------*
* Beschreibung: Methode zur Ausgabe des Pufferinhalts der Basisklasse *
* StringBuffer. Die Methode wird implizit aufgerufen, *
* sobald der Puffer voll ist, kann aber auch explizit *
* verwendet werden, um eine Ausgabe zu erzwingen. *
*****************************************************************************/
void CGA_Stream::flush () {
print (buffer, pos);
pos = 0;
}

33
devices/CGA_Stream.h Executable file
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/*****************************************************************************
* *
* C G A _ S T R E A M *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Die Klasse CGA_Stream ermoeglicht die Ausgabe verschied. *
* Datentypen als Zeichenketten auf dem CGA-Bildschirm eines*
* PCs. Fuer weitergehende Formatierung oder spezielle *
* Effekte stehen die Methoden der Klasse CGA zur *
* Verfuegung. *
* *
* Autor: Olaf Spinczyk, TU Dortmund *
* Aenderungen von Michael Schoettner, HHU, 06.04.20 *
*****************************************************************************/
#ifndef __CGA_Stream_include__
#define __CGA_Stream_include__
#include "devices/CGA.h"
#include "lib/OutStream.h"
class CGA_Stream : public OutStream, public CGA {
private:
CGA_Stream(CGA_Stream &copy); // Verhindere Kopieren
public:
CGA_Stream () : OutStream(), CGA () { flush(); }
// Methode zur Ausgabe des Pufferinhalts der Basisklasse StringBuffer.
virtual void flush ();
};
#endif

861
devices/PCSPK.cc Executable file
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/*****************************************************************************
* *
* P C S P K *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Mit Hilfe dieser Klasse kann man Toene auf dem *
* PC-Lautsprecher ausgeben. *
* *
* Achtung: Qemu muss mit dem Parameter -soundhw pcspk aufgerufen *
* werden. Ansonsten kann man nichts hoeren. *
* *
* Autor: Michael Schoettner, HHU, 22.9.2016 *
*****************************************************************************/
#include "devices/PCSPK.h"
#include "kernel/Globals.h"
/*****************************************************************************
* Methode: PCSPK::play *
*---------------------------------------------------------------------------*
* Beschreibung: Ton abspielen. *
* *
* Rückgabewerte: f: Frequenz des Tons *
* len: Laenge des Tons in ms *
*****************************************************************************/
void PCSPK::play (float f, int len) {
int freq = (int)f;
int cntStart = 1193180 / freq;
int status;
// Zaehler laden
control.outb (0xB6); // Zaehler-2 konfigurieren
data2.outb (cntStart%256); // Zaehler-2 laden (Lobyte)
data2.outb (cntStart/256); // Zaehler-2 laden (Hibyte)
// Lautsprecher einschalten
status = (int)ppi.inb (); // Status-Register des PPI auslesen
ppi.outb ( status|3 ); // Lautpsrecher Einschalten
// Pause
delay(len);
// Lautsprecher ausschalten
off ();
}
/*****************************************************************************
* Methode: PCSPK::off *
*---------------------------------------------------------------------------*
* Beschreibung: Lautsprecher ausschalten. *
*****************************************************************************/
void PCSPK::off () {
int status;
status = (int)ppi.inb (); // Status-Register des PPI auslesen
ppi.outb ( (status>>2)<<2 ); // Lautsprecher ausschalten
}
/*****************************************************************************
* Methode: PCSPK::readCounter *
*---------------------------------------------------------------------------*
* Beschreibung: Zaehler von PIT Channel 0 auslesen. *
* (wird fuer delay benoetigt). *
* *
* Rückgabewerte: counter *
*****************************************************************************/
inline unsigned int PCSPK::readCounter() {
unsigned char lo, hi;
control.outb (0x0); // Latch Command
lo = data0.inb (); // Lobyte des Counters auslesen
hi = data0.inb (); // Hibyte des Counters auslesen
return (hi << 8) | lo;
}
/*****************************************************************************
* Methode: PCSPK::delay *
*---------------------------------------------------------------------------*
* Beschreibung: Verzoegerung um X ms (in 1ms Schritten; Min. 1ms). *
* *
* Parameter: time (delay in ms) *
*****************************************************************************/
inline void PCSPK::delay (int time) {
/* Hier muess Code eingefuegt werden */
}
/*****************************************************************************
* Methode: PCSPK::tetris *
*---------------------------------------------------------------------------*
* Beschreibung: Tetris Sound, Kévin Rapaille, August 2013 *
* https://gist.github.com/XeeX/6220067 *
*****************************************************************************/
void PCSPK::tetris () {
play(658, 125);
play(1320, 500);
play(990, 250);
play(1056, 250);
play(1188, 250);
play(1320, 125);
play(1188, 125);
play(1056, 250);
play(990, 250);
play(880, 500);
play(880, 250);
play(1056, 250);
play(1320, 500);
play(1188, 250);
play(1056, 250);
play(990, 750);
play(1056, 250);
play(1188, 500);
play(1320, 500);
play(1056, 500);
play(880, 500);
play(880, 500);
delay(250);
play(1188, 500);
play(1408, 250);
play(1760, 500);
play(1584, 250);
play(1408, 250);
play(1320, 750);
play(1056, 250);
play(1320, 500);
play(1188, 250);
play(1056, 250);
play(990, 500);
play(990, 250);
play(1056, 250);
play(1188, 500);
play(1320, 500);
play(1056, 500);
play(880, 500);
play(880, 500);
delay(500);
play(1320, 500);
play(990, 250);
play(1056, 250);
play(1188, 250);
play(1320, 125);
play(1188, 125);
play(1056, 250);
play(990, 250);
play(880, 500);
play(880, 250);
play(1056, 250);
play(1320, 500);
play(1188, 250);
play(1056, 250);
play(990, 750);
play(1056, 250);
play(1188, 500);
play(1320, 500);
play(1056, 500);
play(880, 500);
play(880, 500);
delay(250);
play(1188, 500);
play(1408, 250);
play(1760, 500);
play(1584, 250);
play(1408, 250);
play(1320, 750);
play(1056, 250);
play(1320, 500);
play(1188, 250);
play(1056, 250);
play(990, 500);
play(990, 250);
play(1056, 250);
play(1188, 500);
play(1320, 500);
play(1056, 500);
play(880, 500);
play(880, 500);
delay(500);
play(660, 1000);
play(528, 1000);
play(594, 1000);
play(495, 1000);
play(528, 1000);
play(440, 1000);
play(419, 1000);
play(495, 1000);
play(660, 1000);
play(528, 1000);
play(594, 1000);
play(495, 1000);
play(528, 500);
play(660, 500);
play(880, 1000);
play(838, 2000);
play(660, 1000);
play(528, 1000);
play(594, 1000);
play(495, 1000);
play(528, 1000);
play(440, 1000);
play(419, 1000);
play(495, 1000);
play(660, 1000);
play(528, 1000);
play(594, 1000);
play(495, 1000);
play(528, 500);
play(660, 500);
play(880, 1000);
play(838, 2000);
off ();
}
/*****************************************************************************
* Methode: PCSPK::tetris *
*---------------------------------------------------------------------------*
* Beschreibung: Clint, Part of Daft Punks Aerodynamic *
* https://www.kirrus.co.uk/2010/09/linux-beep-music/ *
*****************************************************************************/
void PCSPK::aerodynamic() {
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(370.0, 122);
play(493.9, 122);
play(370.0, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(587.3, 122);
play(415.3, 122);
play(493.9, 122);
play(415.3, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(784.0, 122);
play(493.9, 122);
play(659.3, 122);
play(493.9, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(440.0, 122);
play(659.3, 122);
play(440.0, 122);
play(554.4, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(740.0, 122);
play(987.8, 122);
play(740.0, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1174.7, 122);
play(830.6, 122);
play(987.8, 122);
play(830.6, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1568.0, 122);
play(987.8, 122);
play(1318.5, 122);
play(987.8, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
play(1318.5, 122);
play(880.0, 122);
play(1108.7, 122);
play(880.0, 122);
off ();
}

94
devices/PCSPK.h Executable file
View File

@ -0,0 +1,94 @@
/*****************************************************************************
* *
* P C S P K *
* *
*---------------------------------------------------------------------------*
* Beschreibung: Mit Hilfe dieser Klasse kann man Toene auf dem *
* PC-Lautsprecher ausgeben. *
* *
* Achtung: Qemu muss mit dem Parameter -soundhw pcspk aufgerufen *
* werden. Ansonsten kann man nichts hoeren. *
* *
* Autor: Michael Schoettner, HHU, 22.9.2016 *
*****************************************************************************/
#ifndef __PCSPK_include__
#define __PCSPK_include__
#include "kernel/IOport.h"
// Note, Frequenz
#define C0 130.81
#define C0X 138.59
#define D0 146.83
#define D0X 155.56
#define E0 164.81
#define F0 174.61
#define F0X 185.00
#define G0 196.00
#define G0X 207.65
#define A0 220.00
#define A0X 233.08
#define B0 246.94
#define C1 261.63
#define C1X 277.18
#define D1 293.66
#define D1X 311.13
#define E1 329.63
#define F1 349.23
#define F1X 369.99
#define G1 391.00
#define G1X 415.30
#define A1 440.00
#define A1X 466.16
#define B1 493.88
#define C2 523.25
#define C2X 554.37
#define D2 587.33
#define D2X 622.25
#define E2 659.26
#define F2 698.46
#define F2X 739.99
#define G2 783.99
#define G2X 830.61
#define A2 880.00
#define A2X 923.33
#define B2 987.77
#define C3 1046.50
class PCSPK {
private:
IOport control; // Steuerregister (write only)
IOport data0; // Zaehler-0 Datenregister (read/write)
IOport data2; // Zaehler-2 Datenregister
IOport ppi; // Status-Register des PPI
PCSPK (const PCSPK &copy); // Verhindere Kopieren
// Verzoegerung um X ms (in 1ms Schritten; Min. 1ms)
inline void delay (int time);
// Zaehler von PIT Channel 0 auslesen (wird fuer delay benoetigt)
inline unsigned int readCounter ();
public:
// Konstruktor. Initialisieren der Ports.
PCSPK () : control(0x43), data0(0x40), data2(0x42), ppi(0x61) {}
// Demo Sounds
void tetris ();
void aerodynamic ();
// Ton abspielen
void play (float f, int len);
// Lautsprecher ausschalten
void off ();
};
#endif