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code optimization

This commit is contained in:
Markus Gans 2015-10-07 21:32:30 +02:00
parent aaf6eeecee
commit e1067ccc22
5 changed files with 259 additions and 184 deletions
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4
src/fenum.h
View File

@ -4,9 +4,9 @@
// Standalone class // Standalone class
// ════════════════ // ════════════════
// //
// ▕▔▔▔▔▏ // ▕▔▔▔▔▔▔▔▔▏
// ▕ fc ▏ // ▕ fc ▏
// ▕▁▁▁▁▏ // ▕▁▁▁▁▁▁▁▁▏
#ifndef _FENUM_H #ifndef _FENUM_H
#define _FENUM_H #define _FENUM_H

382
src/fterm.cpp
View File

@ -893,7 +893,7 @@ char* FTerm::parseSecDA (char*& current_termtype)
mintty_terminal = true; mintty_terminal = true;
new_termtype = const_cast<char*>("xterm-256color"); new_termtype = const_cast<char*>("xterm-256color");
// application escape key mode // application escape key mode
tputs ("\033[?7727h", 1, putchar); putstring ("\033[?7727h");
fflush(stdout); fflush(stdout);
break; break;
@ -944,24 +944,27 @@ void FTerm::init_vt100altChar()
(*vt100_alt_char)[p1] = p2; (*vt100_alt_char)[p1] = p2;
} }
} }
enum column enum column
{ {
vt100_key = 0, vt100_key = 0,
utf8_char = 1 utf8_char = 1
}; };
// update array 'character' with discovered vt100 pairs // update array 'character' with discovered vt100 pairs
for (int n=0; n <= lastKeyItem; n++ ) for (int n=0; n <= lastKeyItem; n++ )
{ {
uChar keyChar = uChar(vt100_key_to_utf8[n][vt100_key]); uChar keyChar = uChar(vt100_key_to_utf8[n][vt100_key]);
uChar altChar = uChar((*vt100_alt_char)[ keyChar ]); uChar altChar = uChar((*vt100_alt_char)[ keyChar ]);
uInt utf8char = uInt(vt100_key_to_utf8[n][utf8_char]); uInt utf8char = uInt(vt100_key_to_utf8[n][utf8_char]);
fc::encoding num = fc::NUM_OF_ENCODINGS;
uInt* p = std::find ( character[0] uInt* p = std::find ( character[0]
, character[lastCharItem] + fc::NUM_OF_ENCODINGS , character[lastCharItem] + num
, utf8char ); , utf8char );
if ( p != character[lastCharItem] + fc::NUM_OF_ENCODINGS ) // found in character if ( p != character[lastCharItem] + num ) // found in character
{ {
int item = int(std::distance(character[0], p) / fc::NUM_OF_ENCODINGS); int item = int(std::distance(character[0], p) / num);
if ( altChar ) if ( altChar )
character[item][fc::VT100] = altChar; // update alternate character set character[item][fc::VT100] = altChar; // update alternate character set
@ -1441,25 +1444,31 @@ void FTerm::init()
enableXTermMouse(); enableXTermMouse();
} }
// set screen settings // enter 'keyboard_transmit' mode
if ( tcap[t_keypad_xmit].string ) if ( tcap[t_keypad_xmit].string )
{ {
tputs (tcap[t_keypad_xmit].string, 1, putchar); putstring (tcap[t_keypad_xmit].string);
fflush(stdout); fflush(stdout);
} }
// save current cursor position
if ( tcap[t_save_cursor].string ) if ( tcap[t_save_cursor].string )
{ {
tputs (tcap[t_save_cursor].string, 1, putchar); putstring (tcap[t_save_cursor].string);
fflush(stdout); fflush(stdout);
} }
// saves the screen and the cursor position
if ( tcap[t_enter_ca_mode].string ) if ( tcap[t_enter_ca_mode].string )
{ {
tputs (tcap[t_enter_ca_mode].string, 1, putchar); putstring (tcap[t_enter_ca_mode].string);
fflush(stdout); fflush(stdout);
} }
// enable alternate charset
if ( tcap[t_enable_acs].string ) if ( tcap[t_enable_acs].string )
{ {
tputs (tcap[t_enable_acs].string, 1, putchar); putstring (tcap[t_enable_acs].string);
fflush(stdout); fflush(stdout);
} }
@ -1551,9 +1560,10 @@ void FTerm::finish()
showCursor(); showCursor();
setCookedMode(); // leave raw mode setCookedMode(); // leave raw mode
// turn off all attributes
if ( tcap[t_exit_attribute_mode].string ) if ( tcap[t_exit_attribute_mode].string )
{ {
tputs (tcap[t_exit_attribute_mode].string, 1, putchar); putstring (tcap[t_exit_attribute_mode].string);
fflush(stdout); fflush(stdout);
} }
if ( ! gnome_terminal ) if ( ! gnome_terminal )
@ -1581,7 +1591,7 @@ void FTerm::finish()
if ( mintty_terminal ) if ( mintty_terminal )
{ {
// normal escape key mode // normal escape key mode
tputs ("\033[?7727l", 1, putchar); putstring ("\033[?7727l");
fflush(stdout); fflush(stdout);
} }
if ( linux_terminal ) if ( linux_terminal )
@ -1600,7 +1610,7 @@ void FTerm::finish()
&& tcap[t_clear_screen].string ) && tcap[t_clear_screen].string )
{ {
int rows = term->getHeight(); int rows = term->getHeight();
tputs (tcap[t_clear_screen].string, rows, putchar); putstring (tcap[t_clear_screen].string, rows);
} }
if ( mouse_support ) if ( mouse_support )
@ -1611,19 +1621,24 @@ void FTerm::finish()
disableGpmMouse(); // Disable gpm server disableGpmMouse(); // Disable gpm server
#endif #endif
// restores the screen and the cursor position
if ( tcap[t_exit_ca_mode].string ) if ( tcap[t_exit_ca_mode].string )
{ {
tputs (tcap[t_exit_ca_mode].string, 1, putchar); putstring (tcap[t_exit_ca_mode].string);
fflush(stdout); fflush(stdout);
} }
// restore cursor to position of last save_cursor
if ( tcap[t_restore_cursor].string ) if ( tcap[t_restore_cursor].string )
{ {
tputs (tcap[t_restore_cursor].string, 1, putchar); putstring (tcap[t_restore_cursor].string);
fflush(stdout); fflush(stdout);
} }
// leave 'keyboard_transmit' mode
if ( tcap[t_keypad_local].string ) if ( tcap[t_keypad_local].string )
{ {
tputs (tcap[t_keypad_local].string, 1, putchar); putstring (tcap[t_keypad_local].string);
fflush(stdout); fflush(stdout);
} }
@ -1677,13 +1692,15 @@ void FTerm::finish()
uInt FTerm::charEncode (uInt c) uInt FTerm::charEncode (uInt c)
{ {
register uInt* p; register uInt* p;
fc::encoding num = fc::NUM_OF_ENCODINGS;
p = std::find ( character[0] p = std::find ( character[0]
, character[lastCharItem] + fc::NUM_OF_ENCODINGS , character[lastCharItem] + num
, c ); , c );
if ( p != character[lastCharItem] + fc::NUM_OF_ENCODINGS ) // found if ( p != character[lastCharItem] + num ) // found
{ {
register uInt item = uInt( std::distance(character[0], p) register uInt item = uInt( std::distance(character[0], p)
/ fc::NUM_OF_ENCODINGS ); / num );
c = character[item][Encoding]; c = character[item][Encoding];
} }
return c; return c;
@ -2300,7 +2317,7 @@ bool FTerm::setVGAFont()
if ( xterm ) if ( xterm )
{ {
// Set font in xterm to vga // Set font in xterm to vga
tputs("\033]50;vga\07", 1, putchar); putstring("\033]50;vga\07");
fflush(stdout); fflush(stdout);
NewFont = false; NewFont = false;
pc_charset_console = true; pc_charset_console = true;
@ -2352,7 +2369,7 @@ bool FTerm::setNewFont()
{ {
NewFont = true; NewFont = true;
// Set font in xterm to 8x16graph // Set font in xterm to 8x16graph
tputs("\033]50;8x16graph\07", 1, putchar); putstring("\033]50;8x16graph\07");
fflush(stdout); fflush(stdout);
pc_charset_console = true; pc_charset_console = true;
Encoding = fc::PC; Encoding = fc::PC;
@ -2408,10 +2425,10 @@ bool FTerm::setOldFont()
{ {
if ( xterm_font->getLength() > 2 ) if ( xterm_font->getLength() > 2 )
// restore saved xterm font // restore saved xterm font
::printf ("\033]50;%s\07", xterm_font->c_str() ); putstringf ("\033]50;%s\07", xterm_font->c_str() );
else else
// Set font in xterm to vga // Set font in xterm to vga
tputs("\033]50;vga\07", 1, putchar); putstring("\033]50;vga\07");
fflush(stdout); fflush(stdout);
retval = true; retval = true;
} }
@ -2423,11 +2440,11 @@ bool FTerm::setOldFont()
{ {
if ( screenFont.data ) if ( screenFont.data )
{ {
int ret = setScreenFont( screenFont.data, int ret = setScreenFont ( screenFont.data,
screenFont.charcount, screenFont.charcount,
screenFont.width, screenFont.width,
screenFont.height, screenFont.height,
true); true );
delete[] screenFont.data; delete[] screenFont.data;
if ( ret == 0 ) if ( ret == 0 )
retval = true; retval = true;
@ -2454,7 +2471,7 @@ void FTerm::setConsoleCursor (fc::console_cursor_style style)
consoleCursorStyle = style; consoleCursorStyle = style;
if ( hiddenCursor ) if ( hiddenCursor )
return; return;
::printf ("\033[?%dc", style); putstringf ("\033[?%dc", style);
fflush(stdout); fflush(stdout);
} }
} }
@ -2494,7 +2511,7 @@ void FTerm::setTermSize (int term_width, int term_height)
// Set xterm size to {term_width} x {term_height} // Set xterm size to {term_width} x {term_height}
if ( xterm ) if ( xterm )
{ {
::printf ("\033[8;%d;%dt", term_height, term_width); putstringf ("\033[8;%d;%dt", term_height, term_width);
fflush(stdout); fflush(stdout);
} }
} }
@ -2669,7 +2686,7 @@ void FTerm::setKDECursor(fc::kde_konsole_CursorShape style)
// Set cursor style in KDE konsole // Set cursor style in KDE konsole
if ( kde_konsole ) if ( kde_konsole )
{ {
::printf ("\033]50;CursorShape=%d\007", style); putstringf ("\033]50;CursorShape=%d\007", style);
fflush(stdout); fflush(stdout);
} }
} }
@ -2683,7 +2700,7 @@ FString FTerm::getXTermFont()
{ {
int n; int n;
char temp[150] = {}; char temp[150] = {};
tputs("\033]50;?\07", 1, putchar); // get font putstring("\033]50;?\07"); // get font
fflush(stdout); fflush(stdout);
usleep(150000); // wait 150 ms usleep(150000); // wait 150 ms
// read the answer // read the answer
@ -2713,7 +2730,7 @@ FString FTerm::getXTermTitle()
{ {
int n; int n;
char temp[512] = {}; char temp[512] = {};
tputs("\033[21t", 1, putchar); // get title putstring("\033[21t"); // get title
fflush(stdout); fflush(stdout);
usleep(150000); // wait 150 ms usleep(150000); // wait 150 ms
// read the answer // read the answer
@ -2737,7 +2754,7 @@ void FTerm::setXTermCursorStyle(fc::xterm_cursor_style style)
// Set the xterm cursor style // Set the xterm cursor style
if ( (xterm || mintty_terminal) && ! gnome_terminal && ! kde_konsole ) if ( (xterm || mintty_terminal) && ! gnome_terminal && ! kde_konsole )
{ {
::printf ("\033[%d q", style); putstringf ("\033[%d q", style);
fflush(stdout); fflush(stdout);
} }
} }
@ -2748,7 +2765,7 @@ void FTerm::setXTermTitle (const FString& title)
// Set the xterm title // Set the xterm title
if ( xterm || mintty_terminal || putty_terminal ) if ( xterm || mintty_terminal || putty_terminal )
{ {
::printf ("\033]0;%s\07", title.c_str()); putstringf ("\033]0;%s\07", title.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2759,7 +2776,7 @@ void FTerm::setXTermForeground (const FString& fg)
// Set the VT100 text foreground color // Set the VT100 text foreground color
if ( xterm || mintty_terminal || mlterm_terminal ) if ( xterm || mintty_terminal || mlterm_terminal )
{ {
::printf ("\033]10;%s\07", fg.c_str()); putstringf ("\033]10;%s\07", fg.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2770,7 +2787,7 @@ void FTerm::setXTermBackground (const FString& bg)
// Set the VT100 text background color // Set the VT100 text background color
if ( xterm || mintty_terminal || mlterm_terminal ) if ( xterm || mintty_terminal || mlterm_terminal )
{ {
::printf ("\033]11;%s\07", bg.c_str()); putstringf ("\033]11;%s\07", bg.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2781,7 +2798,7 @@ void FTerm::setXTermCursor (const FString& cc)
// Set the text cursor color // Set the text cursor color
if ( xterm || mintty_terminal || urxvt_terminal ) if ( xterm || mintty_terminal || urxvt_terminal )
{ {
::printf ("\033]12;%s\07", cc.c_str()); putstringf ("\033]12;%s\07", cc.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2792,7 +2809,7 @@ void FTerm::setXTermMouseForeground (const FString& mfg)
// Set the mouse foreground color // Set the mouse foreground color
if ( xterm || urxvt_terminal ) if ( xterm || urxvt_terminal )
{ {
::printf ("\033]13;%s\07", mfg.c_str()); putstringf ("\033]13;%s\07", mfg.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2803,7 +2820,7 @@ void FTerm::setXTermMouseBackground (const FString& mbg)
// Set the mouse background color // Set the mouse background color
if ( xterm ) if ( xterm )
{ {
::printf ("\033]14;%s\07", mbg.c_str()); putstringf ("\033]14;%s\07", mbg.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2814,7 +2831,7 @@ void FTerm::setXTermHighlightBackground (const FString& hbg)
// Set the highlight background color // Set the highlight background color
if ( xterm || urxvt_terminal ) if ( xterm || urxvt_terminal )
{ {
::printf ("\033]17;%s\07", hbg.c_str()); putstringf ("\033]17;%s\07", hbg.c_str());
fflush(stdout); fflush(stdout);
} }
} }
@ -2825,7 +2842,7 @@ void FTerm::resetXTermForeground()
// Reset the VT100 text foreground color // Reset the VT100 text foreground color
if ( xterm ) if ( xterm )
{ {
tputs("\033]110;\07", 1, putchar); putstring("\033]110;\07");
fflush(stdout); fflush(stdout);
} }
} }
@ -2836,7 +2853,7 @@ void FTerm::resetXTermBackground()
// Reset the VT100 text background color // Reset the VT100 text background color
if ( xterm ) if ( xterm )
{ {
tputs("\033]111;\07", 1, putchar); putstring("\033]111;\07");
fflush(stdout); fflush(stdout);
} }
} }
@ -2847,7 +2864,7 @@ void FTerm::resetXTermCursor()
// Reset the text cursor color // Reset the text cursor color
if ( xterm ) if ( xterm )
{ {
tputs("\033]112;\07", 1, putchar); putstring("\033]112;\07");
fflush(stdout); fflush(stdout);
} }
} }
@ -2858,7 +2875,7 @@ void FTerm::resetXTermMouseForeground()
// Reset the mouse foreground color // Reset the mouse foreground color
if ( xterm ) if ( xterm )
{ {
tputs("\033]113;\07", 1, putchar); putstring("\033]113;\07");
fflush(stdout); fflush(stdout);
} }
} }
@ -2869,7 +2886,7 @@ void FTerm::resetXTermMouseBackground()
// Reset the mouse background color // Reset the mouse background color
if ( xterm ) if ( xterm )
{ {
tputs("\033]114;\07", 1, putchar); putstring("\033]114;\07");
fflush(stdout); fflush(stdout);
} }
} }
@ -2883,11 +2900,13 @@ void FTerm::saveColorMap()
//---------------------------------------------------------------------- //----------------------------------------------------------------------
void FTerm::resetColorMap() void FTerm::resetColorMap()
{ {
if ( tcap[t_orig_pair].string ) char* op = tcap[t_orig_pair].string;
tputs (tcap[t_orig_pair].string, 1, putchar); char* oc = tcap[t_orig_colors].string;
else if ( tcap[t_orig_colors].string )
tputs (tcap[t_orig_colors].string, 1, putchar); if ( op )
fflush(stdout); putstring (op);
else if ( oc )
putstring (oc);
/*else /*else
{ {
dacreg CurrentColors[16] = dacreg CurrentColors[16] =
@ -2909,34 +2928,35 @@ void FTerm::resetColorMap()
} }
ioctl (0, PIO_CMAP, &map); ioctl (0, PIO_CMAP, &map);
}*/ }*/
fflush(stdout);
} }
//---------------------------------------------------------------------- //----------------------------------------------------------------------
void FTerm::setPalette (int index, int r, int g, int b) void FTerm::setPalette (int index, int r, int g, int b)
{ {
char* Ic = tcap[t_initialize_color].string;
char* Ip = tcap[t_initialize_pair].string;
index = vga2ansi(index); index = vga2ansi(index);
if ( tcap[t_initialize_color].string if ( Ic || Ip )
|| tcap[t_initialize_pair].string )
{ {
int rr, gg, bb; int rr, gg, bb;
const char* putString = ""; const char* color_str = "";
rr = (r * 1001) / 256; rr = (r * 1001) / 256;
gg = (g * 1001) / 256; gg = (g * 1001) / 256;
bb = (b * 1001) / 256; bb = (b * 1001) / 256;
if ( tcap[t_initialize_color].string ) if ( Ic )
putString = tparm(tcap[t_initialize_color].string, color_str = tparm(Ic, index, rr, gg, bb, 0, 0, 0, 0, 0);
index, rr, gg, bb, 0, 0, 0, 0, 0); else if ( Ip )
else if ( tcap[t_initialize_pair].string ) color_str = tparm(Ip, index, 0, 0, 0, rr, gg, bb, 0, 0);
putString = tparm(tcap[t_initialize_pair].string,
index, 0, 0, 0, rr, gg, bb, 0, 0); putstring (color_str);
tputs (putString, 1, putchar);
} }
else if ( linux_terminal ) else if ( linux_terminal )
{ {
//::printf ("\033]P%x%.2x%.2x%.2x", index, r, g, b);
/* // direct vga-register set /* // direct vga-register set
if ( r>=0 && r<256 if ( r>=0 && r<256
&& g>=0 && g<256 && g>=0 && g<256
@ -2996,53 +3016,54 @@ inline int FTerm::vga2ansi (register int color)
//---------------------------------------------------------------------- //----------------------------------------------------------------------
void FTerm::setTermColor (register int fg, register int bg) void FTerm::setTermColor (register int fg, register int bg)
{ {
char* putString; char* color_str;
char* AF = tcap[t_set_a_foreground].string;
char* AB = tcap[t_set_a_background].string;
char* Sf = tcap[t_set_foreground].string;
char* Sb = tcap[t_set_background].string;
char* sp = tcap[t_set_color_pair].string;
if ( tcap[t_set_a_foreground].string && tcap[t_set_a_background].string ) if ( AF && AB )
{ {
int ansi_fg = vga2ansi(fg); int ansi_fg = vga2ansi(fg);
int ansi_bg = vga2ansi(bg); int ansi_bg = vga2ansi(bg);
if ( cygwin_terminal ) if ( cygwin_terminal )
{ {
tputs ("\033[m", 1, appendOutputBuffer); appendOutputBuffer ("\033[m");
putString = tparm(tcap[t_set_a_foreground].string, ansi_fg); color_str = tparm(AF, ansi_fg);
if ( putString ) if ( color_str )
tputs (putString, 1, appendOutputBuffer); appendOutputBuffer (color_str);
putString = tparm(tcap[t_set_a_background].string, ansi_bg); color_str = tparm(AB, ansi_bg);
if ( putString ) if ( color_str )
tputs (putString, 1, appendOutputBuffer); appendOutputBuffer (color_str);
} }
else else
{ {
if ( fg_term_color != fg if ( fg_term_color != fg && (color_str = tparm(AF, ansi_fg)) )
&& (putString = tparm(tcap[t_set_a_foreground].string, ansi_fg)) ) appendOutputBuffer (color_str);
tputs (putString, 1, appendOutputBuffer);
if ( bg_term_color != bg if ( bg_term_color != bg && (color_str = tparm(AB, ansi_bg)) )
&& (putString = tparm(tcap[t_set_a_background].string, ansi_bg)) ) appendOutputBuffer (color_str);
tputs (putString, 1, appendOutputBuffer);
} }
} }
else if ( tcap[t_set_foreground].string && tcap[t_set_background].string ) else if ( Sf && Sb )
{ {
if ( fg_term_color != fg if ( fg_term_color != fg && (color_str = tparm(Sf, fg)) )
&& (putString = tparm(tcap[t_set_foreground].string, fg)) ) appendOutputBuffer (color_str);
tputs (putString, 1, appendOutputBuffer);
if ( bg_term_color != bg if ( bg_term_color != bg && (color_str = tparm(Sb, bg)) )
&& (putString = tparm(tcap[t_set_background].string, bg)) ) appendOutputBuffer (color_str);
tputs (putString, 1, appendOutputBuffer);
} }
else if ( tcap[t_set_color_pair].string ) else if ( sp )
{ {
fg = vga2ansi(fg); fg = vga2ansi(fg);
bg = vga2ansi(bg); bg = vga2ansi(bg);
if ( (putString = tparm(tcap[t_set_color_pair].string, fg, bg)) ) if ( (color_str = tparm(sp, fg, bg)) )
tputs (putString, 1, appendOutputBuffer); appendOutputBuffer (color_str);
} }
fg_term_color = fg; fg_term_color = fg;
@ -3055,19 +3076,17 @@ void FTerm::xtermMouse (bool on)
if ( ! mouse_support ) if ( ! mouse_support )
return; return;
if ( on ) if ( on )
tputs ("\033[?1001s" // save old highlight mouse tracking putstring ("\033[?1001s" // save old highlight mouse tracking
"\033[?1000h" // enable x11 mouse tracking "\033[?1000h" // enable x11 mouse tracking
"\033[?1002h" // enable cell motion mouse tracking "\033[?1002h" // enable cell motion mouse tracking
"\033[?1015h" // enable urxvt mouse mode "\033[?1015h" // enable urxvt mouse mode
"\033[?1006h" // enable SGR mouse mode "\033[?1006h"); // enable SGR mouse mode
, 1, putchar);
else else
tputs ("\033[?1006l" // disable SGR mouse mode putstring ("\033[?1006l" // disable SGR mouse mode
"\033[?1015l" // disable urxvt mouse mode "\033[?1015l" // disable urxvt mouse mode
"\033[?1002l" // disable cell motion mouse tracking "\033[?1002l" // disable cell motion mouse tracking
"\033[?1000l" // disable x11 mouse tracking "\033[?1000l" // disable x11 mouse tracking
"\033[?1001r" // restore old highlight mouse tracking "\033[?1001r"); // restore old highlight mouse tracking
, 1, putchar);
fflush(stdout); fflush(stdout);
} }
@ -3142,7 +3161,7 @@ void FTerm::setTermXY (register int x, register int y)
move_str = opti->cursor_move (x_term_pos, y_term_pos, x, y); move_str = opti->cursor_move (x_term_pos, y_term_pos, x, y);
if ( move_str ) if ( move_str )
tputs (move_str, 1, appendOutputBuffer); appendOutputBuffer(move_str);
flush_out(); flush_out();
x_term_pos = x; x_term_pos = x;
y_term_pos = y; y_term_pos = y;
@ -3159,7 +3178,7 @@ void FTerm::setBeep(int Hz, int ms)
// range for duration: 0-1999 // range for duration: 0-1999
if ( ms < 0 || ms > 1999 ) if ( ms < 0 || ms > 1999 )
return; return;
::printf("\033[10;%d]\033[11;%d]", Hz, ms); putstringf("\033[10;%d]\033[11;%d]", Hz, ms);
fflush(stdout); fflush(stdout);
} }
@ -3170,7 +3189,7 @@ void FTerm::resetBeep()
return; return;
// default frequency: 750 Hz // default frequency: 750 Hz
// default duration: 125 ms // default duration: 125 ms
tputs("\033[10;750]\033[11;125]", 1, putchar); putstring ("\033[10;750]\033[11;125]");
fflush(stdout); fflush(stdout);
} }
@ -3179,7 +3198,7 @@ void FTerm::beep()
{ {
if ( tcap[t_bell].string ) if ( tcap[t_bell].string )
{ {
tputs (tcap[t_bell].string, 1, putchar); putstring (tcap[t_bell].string);
fflush(stdout); fflush(stdout);
} }
} }
@ -3192,8 +3211,9 @@ bool FTerm::setTermBold (bool on)
if ( on ) if ( on )
{ {
if ( tcap[t_enter_bold_mode].string ) char* md = tcap[t_enter_bold_mode].string;
tputs (tcap[t_enter_bold_mode].string, 1, appendOutputBuffer); if ( md )
appendOutputBuffer (md);
term_bold = true; term_bold = true;
} }
else else
@ -3201,17 +3221,18 @@ bool FTerm::setTermBold (bool on)
char* me = tcap[t_exit_attribute_mode].string; char* me = tcap[t_exit_attribute_mode].string;
if ( me ) if ( me )
{ {
char *ue, *us, *mr; char* ue = tcap[t_exit_underline_mode].string;
tputs (me, 1, appendOutputBuffer); char* us = tcap[t_enter_underline_mode].string;
char* mr = tcap[t_enter_reverse_mode].string;
appendOutputBuffer (me);
setTermColor (fg_color, bg_color); // restore the last color setTermColor (fg_color, bg_color); // restore the last color
ue = tcap[t_exit_underline_mode].string;
us = tcap[t_enter_underline_mode].string;
if ( underline && ue && us ) if ( underline && ue && us )
tputs (us, 1, appendOutputBuffer); appendOutputBuffer (us);
mr = tcap[t_enter_reverse_mode].string;
if ( reverse && me && mr ) if ( reverse && me && mr )
tputs (mr, 1, appendOutputBuffer); appendOutputBuffer (mr);
} }
term_bold = false; term_bold = false;
} }
@ -3226,8 +3247,9 @@ bool FTerm::setTermReverse (bool on)
if ( on ) if ( on )
{ {
if ( tcap[t_enter_reverse_mode].string ) char* mr = tcap[t_enter_reverse_mode].string;
tputs (tcap[t_enter_reverse_mode].string, 1, appendOutputBuffer); if ( mr )
appendOutputBuffer (mr);
term_reverse = true; term_reverse = true;
} }
else else
@ -3235,16 +3257,17 @@ bool FTerm::setTermReverse (bool on)
char* se = tcap[t_exit_standout_mode].string; char* se = tcap[t_exit_standout_mode].string;
if ( se ) if ( se )
{ {
char *ue, *us, *md; char* ue = tcap[t_exit_underline_mode].string;
tputs (se, 1, appendOutputBuffer); char* us = tcap[t_enter_underline_mode].string;
char* md = tcap[t_enter_bold_mode].string;
appendOutputBuffer (se);
ue = tcap[t_exit_underline_mode].string;
us = tcap[t_enter_underline_mode].string;
if ( term_underline && ue && us ) if ( term_underline && ue && us )
tputs (us, 1, appendOutputBuffer); appendOutputBuffer (us);
md = tcap[t_enter_bold_mode].string;
if ( term_bold && md && se ) if ( term_bold && md && se )
tputs (md, 1, appendOutputBuffer); appendOutputBuffer (md);
} }
term_reverse = false; term_reverse = false;
} }
@ -3262,8 +3285,9 @@ bool FTerm::setTermUnderline (bool on)
if ( on ) if ( on )
{ {
if ( tcap[t_enter_underline_mode].string ) char* us = tcap[t_enter_underline_mode].string;
tputs (tcap[t_enter_underline_mode].string, 1, appendOutputBuffer); if ( us )
appendOutputBuffer (us);
term_underline = true; term_underline = true;
} }
else else
@ -3271,16 +3295,17 @@ bool FTerm::setTermUnderline (bool on)
char* ue = tcap[t_exit_underline_mode].string; char* ue = tcap[t_exit_underline_mode].string;
if ( ue ) if ( ue )
{ {
char *se, *mr, *md; char* se = tcap[t_exit_standout_mode].string;
tputs (ue, 1, appendOutputBuffer); char* mr = tcap[t_enter_reverse_mode].string;
char* md = tcap[t_enter_bold_mode].string;
appendOutputBuffer (ue);
se = tcap[t_exit_standout_mode].string;
mr = tcap[t_enter_reverse_mode].string;
if ( term_reverse && se && mr && strcmp(ue, se) == 0 ) if ( term_reverse && se && mr && strcmp(ue, se) == 0 )
tputs (mr, 1, appendOutputBuffer); appendOutputBuffer (mr);
md = tcap[t_enter_bold_mode].string;
if ( term_bold && md && se && strcmp(ue, se) == 0 ) if ( term_bold && md && se && strcmp(ue, se) == 0 )
tputs (md, 1, appendOutputBuffer); appendOutputBuffer (md);
} }
term_underline = false; term_underline = false;
} }
@ -3301,19 +3326,19 @@ bool FTerm::hideCursor(bool on)
if ( on ) if ( on )
{ {
if ( vi ) if ( vi )
tputs (vi, 1, appendOutputBuffer); appendOutputBuffer (vi);
else else
tputs ("\033[?25l", 1, appendOutputBuffer); appendOutputBuffer ("\033[?25l");
hiddenCursor = true; // global hiddenCursor = true; // global
} }
else else
{ {
if ( vs ) if ( vs )
tputs (vs, 1, appendOutputBuffer); appendOutputBuffer (vs);
else if ( vi ) // putty-256color else if ( vi ) // putty-256color
tputs ("\033[?12;25h", 1, appendOutputBuffer); appendOutputBuffer ("\033[?12;25h");
else else
tputs ("\033[?25h", 1, appendOutputBuffer); appendOutputBuffer ("\033[?25h");
hiddenCursor = false; hiddenCursor = false;
} }
flush_out(); flush_out();
@ -3398,9 +3423,9 @@ bool FTerm::setPCcharset(bool on)
if ( on ) if ( on )
{ {
if ( linux_terminal ) // man 4 console_codes if ( linux_terminal ) // man 4 console_codes
tputs ("\033%@\033(U", 1, putchar); putstring ("\033%@\033(U");
else if ( tcap[t_enter_alt_charset_mode].string ) else if ( tcap[t_enter_alt_charset_mode].string )
tputs (tcap[t_enter_alt_charset_mode].string, 1, putchar); putstring (tcap[t_enter_alt_charset_mode].string);
else else
return pc_charset_state; return pc_charset_state;
pc_charset_state = true; pc_charset_state = true;
@ -3408,9 +3433,9 @@ bool FTerm::setPCcharset(bool on)
else else
{ {
if ( linux_terminal ) if ( linux_terminal )
tputs ("\033(B", 1, putchar); putstring ("\033(B");
else if ( tcap[t_exit_alt_charset_mode].string ) else if ( tcap[t_exit_alt_charset_mode].string )
tputs (tcap[t_exit_alt_charset_mode].string, 1, putchar); putstring (tcap[t_exit_alt_charset_mode].string);
else else
return pc_charset_state; return pc_charset_state;
pc_charset_state = false; pc_charset_state = false;
@ -3448,15 +3473,13 @@ bool FTerm::setVT100altChar(bool on)
if ( on && tcap[t_enter_alt_charset_mode].string ) if ( on && tcap[t_enter_alt_charset_mode].string )
{ {
tputs ( tcap[t_enter_alt_charset_mode].string, appendOutputBuffer (tcap[t_enter_alt_charset_mode].string);
1, appendOutputBuffer );
ignore_vt100_state = true; ignore_vt100_state = true;
vt100_state = true; vt100_state = true;
} }
else if ( tcap[t_exit_alt_charset_mode].string ) else if ( tcap[t_exit_alt_charset_mode].string )
{ {
tputs ( tcap[t_exit_alt_charset_mode].string, appendOutputBuffer (tcap[t_exit_alt_charset_mode].string);
1, appendOutputBuffer );
ignore_vt100_state = false; ignore_vt100_state = false;
vt100_state = false; vt100_state = false;
} }
@ -3478,9 +3501,9 @@ bool FTerm::setUTF8(bool on) // UTF-8 (Unicode)
if ( linux_terminal ) if ( linux_terminal )
{ {
if ( on ) if ( on )
tputs ("\033%G", 1, putchar); putstring ("\033%G");
else else
tputs ("\033%@", 1, putchar); putstring ("\033%@");
} }
fflush(stdout); fflush(stdout);
return utf8_state; return utf8_state;
@ -4002,21 +4025,30 @@ inline void FTerm::appendAttributes (char_data*& screen_attr)
//---------------------------------------------------------------------- //----------------------------------------------------------------------
int FTerm::appendLowerRight (char_data*& screen_char) int FTerm::appendLowerRight (char_data*& screen_char)
{ {
char* SA = tcap[t_enter_am_mode].string;
char* RA = tcap[t_exit_am_mode].string;
if ( ! automatic_right_margin ) if ( ! automatic_right_margin )
{ {
appendCharacter (screen_char); appendCharacter (screen_char);
} }
else if ( tcap[t_enter_am_mode].string else if ( SA && RA )
&& tcap[t_exit_am_mode].string )
{ {
tputs (tcap[t_exit_am_mode].string, 1, appendOutputBuffer); appendOutputBuffer (RA);
appendCharacter (screen_char); appendCharacter (screen_char);
tputs (tcap[t_enter_am_mode].string, 1, appendOutputBuffer); appendOutputBuffer (SA);
} }
else else
{ {
int x = term->getWidth() - 2; int x, y;
int y = term->getHeight() - 1; char* IC = tcap[t_parm_ich].string;
char* im = tcap[t_enter_insert_mode].string;
char* ei = tcap[t_exit_insert_mode].string;
char* ip = tcap[t_insert_padding].string;
char* ic = tcap[t_insert_character].string;
x = term->getWidth() - 2;
y = term->getHeight() - 1;
setTermXY (x, y); setTermXY (x, y);
appendCharacter (screen_char); appendCharacter (screen_char);
x_term_pos++; x_term_pos++;
@ -4024,31 +4056,43 @@ int FTerm::appendLowerRight (char_data*& screen_char)
setTermXY (x, y); setTermXY (x, y);
screen_char--; screen_char--;
if ( tcap[t_parm_ich].string ) if ( IC )
{ {
tputs (tparm(tcap[t_parm_ich].string, 1), 1, appendOutputBuffer); appendOutputBuffer (tparm(IC, 1));
appendCharacter (screen_char); appendCharacter (screen_char);
} }
else if ( tcap[t_enter_insert_mode].string else if ( im && ei )
&& tcap[t_exit_insert_mode].string )
{ {
tputs (tcap[t_enter_insert_mode].string, 1, appendOutputBuffer); appendOutputBuffer (im);
appendCharacter (screen_char); appendCharacter (screen_char);
if ( tcap[t_insert_padding].string ) if ( ip )
tputs (tcap[t_insert_padding].string, 1, appendOutputBuffer); appendOutputBuffer (ip);
tputs (tcap[t_exit_insert_mode].string, 1, appendOutputBuffer); appendOutputBuffer (ei);
} }
else if ( tcap[t_insert_character].string ) else if ( ic )
{ {
tputs (tcap[t_insert_character].string, 1, appendOutputBuffer); appendOutputBuffer (ic);
appendCharacter (screen_char); appendCharacter (screen_char);
if ( tcap[t_insert_padding].string ) if ( ip )
tputs (tcap[t_insert_padding].string, 1, appendOutputBuffer); appendOutputBuffer (ip);
} }
} }
return screen_char->code; return screen_char->code;
} }
//----------------------------------------------------------------------
void FTerm::appendOutputBuffer (std::string& s)
{
const char* c_string = s.c_str();
tputs (c_string, 1, appendOutputBuffer);
}
//----------------------------------------------------------------------
void FTerm::appendOutputBuffer (const char* s)
{
tputs (s, 1, appendOutputBuffer);
}
//---------------------------------------------------------------------- //----------------------------------------------------------------------
int FTerm::appendOutputBuffer (int ch) int FTerm::appendOutputBuffer (int ch)
{ {
@ -4069,6 +4113,28 @@ void FTerm::flush_out()
fflush(stdout); fflush(stdout);
} }
//----------------------------------------------------------------------
void FTerm::putstringf (const char* format, ...)
{
assert ( format != 0 );
char buf[512];
char* buffer;
va_list args;
buffer = buf;
va_start (args, format);
vsnprintf (buffer, sizeof(buf), format, args);
va_end (args);
tputs (buffer, 1, putchar);
}
//----------------------------------------------------------------------
void FTerm::putstring (const char* s, int affcnt)
{
tputs (s, affcnt, putchar);
}
//---------------------------------------------------------------------- //----------------------------------------------------------------------
int FTerm::putchar_ASCII (register int c) int FTerm::putchar_ASCII (register int c)
{ {
@ -4094,7 +4160,7 @@ int FTerm::putchar_VT100 (register int c)
&& tcap[t_enter_alt_charset_mode].string && tcap[t_enter_alt_charset_mode].string
&& ! ignore_vt100_state ) && ! ignore_vt100_state )
{ {
tputs (tcap[t_enter_alt_charset_mode].string, 1, putchar); putstring (tcap[t_enter_alt_charset_mode].string);
vt100_state = true; vt100_state = true;
} }
if ( putchar(ch) == EOF ) if ( putchar(ch) == EOF )
@ -4108,7 +4174,7 @@ int FTerm::putchar_VT100 (register int c)
&& tcap[t_exit_alt_charset_mode].string && tcap[t_exit_alt_charset_mode].string
&& ! ignore_vt100_state ) && ! ignore_vt100_state )
{ {
tputs (tcap[t_exit_alt_charset_mode].string, 1, putchar); putstring (tcap[t_exit_alt_charset_mode].string);
vt100_state = false; vt100_state = false;
} }
if ( c >> 7 ) // more than 7-bit if ( c >> 7 ) // more than 7-bit
@ -4136,7 +4202,7 @@ int FTerm::putchar_PC (register int c)
{ {
ch = char(charEncode(uInt(c))); ch = char(charEncode(uInt(c)));
// IBM PC alternate character set on // IBM PC alternate character set on
tputs (tcap[t_enter_pc_charset_mode].string, 1, putchar); putstring (tcap[t_enter_pc_charset_mode].string);
} }
else else
ch = char(c); ch = char(c);
@ -4149,7 +4215,7 @@ int FTerm::putchar_PC (register int c)
if ( c >> 7 ) if ( c >> 7 )
{ {
// IBM PC alternate character set off // IBM PC alternate character set off
tputs (tcap[t_exit_pc_charset_mode].string, 1, putchar); putstring (tcap[t_exit_pc_charset_mode].string);
} }
if ( ret == EOF ) if ( ret == EOF )

11
src/fterm.h
View File

@ -409,10 +409,19 @@ class FTerm
static void appendCharacter (char_data*&); static void appendCharacter (char_data*&);
static void appendAttributes (char_data*&); static void appendAttributes (char_data*&);
static int appendLowerRight (char_data*&); static int appendLowerRight (char_data*&);
static void appendOutputBuffer (std::string&);
static void appendOutputBuffer (const char*);
static int appendOutputBuffer (int); static int appendOutputBuffer (int);
static void flush_out(); static void flush_out();
static int (*Fputchar)(int); // function pointer -> static function static int (*Fputchar)(int); // function pointer -> static function
static void putstringf (const char*, ...)
#if defined(__clang__)
__attribute__((__format__ (__printf__, 1, 2)))
#elif defined(__GNUC__)
__attribute__ ((format (printf, 1, 2)))
#endif
;
static void putstring (const char*, int = 1);
static int putchar_ASCII (register int); static int putchar_ASCII (register int);
static int putchar_VT100 (register int); static int putchar_VT100 (register int);
static int putchar_PC (register int); static int putchar_PC (register int);