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/*
*
* (c) Vladi Belperchinov-Shabanski "Cade" <cade@biscom.net> 1998-2003
*
* SEE `README',`LICENSE' OR `COPYING' FILE FOR LICENSE AND OTHER DETAILS!
*
* $Id: ansiterm.cpp,v 1.3 2003/01/21 19:56:35 cade Exp $
*
*/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "ansiterm.h"
int Ansi_MAXX = 80;
int Ansi_MAXY = 25;
int Ansi_X = 1;
int Ansi_Y = 1;
int a_fg;
int a_bg;
int a_ta;
int ansi_o_ta;
int ANSI = 0;
static int colortab( int color ) // convert normal colors to ANSI ones
{
switch(color)
{
case cBLACK : return 0;
case cBLUE : return 4;
case cGREEN : return 2;
case cCYAN : return 6;
case cRED : return 1;
case cMAGENTA : return 5;
case cYELLOW : return 3;
case cWHITE : return 7;
}
return 7;
}
int AnsiInit( int pANSI )
{
if ( pANSI != -1)
ANSI = pANSI;
else
{
ANSI = 0;
char *buf = getenv( "TERM" );
if ( buf && strcasecmp( buf, "ANSI" ) == 0 ) ANSI = 1;
if ( buf && strcasecmp( buf, "vt100" ) == 0 ) ANSI = 1;
}
if (getenv( "TERMX" )) Ansi_MAXX = atoi( getenv( "TERMX" ) );
if (getenv( "TERMY" )) Ansi_MAXY = atoi( getenv( "TERMY" ) );
if ( Ansi_MAXX == 0 ) Ansi_MAXX = 80;
if ( Ansi_MAXY == 0 ) Ansi_MAXY = 25;
Ansi_X = 1;
Ansi_Y = 1;
AnsiTA( cNORMAL );
return 0;
};
void AnsiDone()
{
if (!ANSI) return;
AnsiTA( cNORMAL );
};
void AnsiSuspend() // suspends console (before system() for example)
{
if (!ANSI) return;
ansi_o_ta = a_ta;
AnsiTA( cNORMAL );
}
void AnsiRestore() // restores console after suspend
{
if (!ANSI) return;
AnsiTA( ansi_o_ta );
}
void AnsiCE( int attr ) // clear to end-of-line
{
if (!ANSI) return;
if ( attr != -1 )
{
int save_ta = a_ta;
AnsiTA( attr );
printf( "\033[K" );
AnsiTA( save_ta );
}
else
{
printf( "\033[K" );
}
};
void AnsiCS( int attr ) // clear screen
{
if (!ANSI) return;
if ( attr != -1 )
{
int save_ta = a_ta;
AnsiTA( attr );
printf( "\033[2J" );
AnsiTA( save_ta );
}
else
{
printf( "\033[2J" );
}
};
void AnsiOut( int x, int y, const char *s )
{
AnsiXY( x, y );
AnsiPuts( s );
};
void AnsiOut( int x, int y, const char *s, int attr )
{
AnsiXY( x, y );
AnsiPuts( s, attr );
};
void AnsiPuts( const char *s )
{
printf( s );
};
void AnsiPuts( const char *s, int attr )
{
int _ta = a_ta;
AnsiTA( attr );
printf( s );
AnsiTA( _ta );
};
void AnsiCHide() { return; } // cursor hide
void AnsiCShow() { return; } // cursor show
int AnsiMaxX() { return Ansi_MAXX; }
int AnsiMaxY() { return Ansi_MAXY; }
int AnsiX() { return -1; }
int AnsiY() { return -1; }
void AnsiFG( int color )
{
AnsiTA( CONCOLOR(color, a_bg) );
}
void AnsiBG( int color )
{
AnsiTA( CONCOLOR( a_fg, color ) );
}
void AnsiTA( int attr )
{
if (!ANSI) return;
a_ta = attr;
a_fg = COLORFG( a_ta );
a_bg = COLORBG( a_ta );
int _l = (a_bg>7)?5:0; // blink
int _h = (a_fg>7)?1:0; // hi
int _f = a_fg;
int _b = a_bg;
if ( _f > 7 ) _f -= 8;
if ( _b > 7 ) _b -= 8;
_f = colortab(_f)+30; // fore
_b = colortab(_b)+40; // back
// hi,blink,fg,bg
printf( "\033[0;%s%s%d;%dm", _h?"1;":"", _l?"5;":"", _f, _b );
}
void AnsiXY( int x, int y ) // go to x,y
{
if (!ANSI) return;
if ( x < 1 || y < 1 || x > Ansi_MAXX || y > Ansi_MAXY ) return;
printf( "\033[%d;%dH", y, x );
}
int AnsiKbHit() { return 1; }
int AnsiGetch() { return fgetc(stdin); }
void AnsiBeep() { printf( "\007" ); }
#ifdef TEST3
int main()
{
AnsiInit();
AnsiCS();
AnsiOut( 1, 1, "<-" );
AnsiXY( 10, 10 );
AnsiTA( 79 );
AnsiPuts( " ANSI terminal Test " );
AnsiXY( 1, 11 );
int z;
for ( z = 0; z < 256; z++ )
{
char tmp[16];
sprintf( tmp, " %3d ", z );
AnsiTA(z); AnsiPuts( tmp );
}
AnsiTA( cNORMAL );
for ( z = 1; z <= AnsiMaxX(); z++ )
AnsiOut( z, 1, "*", z );
for ( z = 1; z <= AnsiMaxX(); z++ )
AnsiOut( z, AnsiMaxY()-1, "*", z );
int c = AnsiGetch();
if (c) c = c; // :) test
AnsiDone();
}
#endif
// eof ansiterm.cpp
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