@ -20,26 +20,59 @@
# include "window.h"
Window : : Window ( int startx , int starty , int width , int height , const string & title , Color color , Border border ) :
itsWindow ( 0 ) ,
itsWinBorder ( 0 ) ,
itsGetStringHelper ( 0 ) ,
itsStartX ( startx ) ,
itsStartY ( starty ) ,
itsWidth ( width ) ,
itsHeight ( height ) ,
itsWindowTimeout ( - 1 ) ,
BBEnabled ( 1 ) ,
AutoRefreshEnabled ( 1 ) ,
itsTitle ( title ) ,
itsColor ( color ) ,
itsBaseColor ( color ) ,
itsBgColor ( clDefault ) ,
itsBaseBgColor ( clDefault ) ,
itsBorder ( border )
{
if ( itsStartX < 0 ) itsStartX = 0 ;
if ( itsStartY < 0 ) itsStartY = 0 ;
void InitScreen ( )
{
setlocale ( LC_ALL , " " ) ;
initscr ( ) ;
if ( has_colors ( ) )
{
start_color ( ) ;
use_default_colors ( ) ;
int num = 1 ;
for ( int i = - 1 ; i < 8 ; i + + )
for ( int j = 0 ; j < 8 ; j + + )
init_pair ( num + + , j , i ) ;
}
noecho ( ) ;
cbreak ( ) ;
curs_set ( 0 ) ;
}
void DestroyScreen ( )
{
curs_set ( 1 ) ;
endwin ( ) ;
}
Window : : Window ( size_t startx ,
size_t starty ,
size_t width ,
size_t height ,
const string & title ,
Color color ,
Border border )
: itsWindow ( 0 ) ,
itsWinBorder ( 0 ) ,
itsGetStringHelper ( 0 ) ,
itsStartX ( startx ) ,
itsStartY ( starty ) ,
itsWidth ( width ) ,
itsHeight ( height ) ,
itsWindowTimeout ( - 1 ) ,
itsX ( 0 ) ,
itsY ( 0 ) ,
itsTitle ( title ) ,
itsColor ( color ) ,
itsBaseColor ( color ) ,
itsBgColor ( clDefault ) ,
itsBaseBgColor ( clDefault ) ,
itsBorder ( border )
{
if ( itsStartX > size_t ( COLS )
| | itsStartY > size_t ( LINES )
| | itsWidth + itsStartX > size_t ( COLS )
| | itsHeight + itsStartY > size_t ( LINES ) )
throw BadSize ( ) ;
if ( itsBorder ! = brNone )
{
@ -57,10 +90,7 @@ Window::Window(int startx, int starty, int width, int height, const string &titl
itsHeight - = 2 ;
}
if ( itsWidth > 0 & & itsHeight > 0 )
itsWindow = newwin ( itsHeight , itsWidth , itsStartY , itsStartX ) ;
else
itsWindow = newwin ( 0 , 0 , 0 , 0 ) ;
itsWindow = newwin ( itsHeight , itsWidth , itsStartY , itsStartX ) ;
SetColor ( itsColor ) ;
keypad ( itsWindow , 1 ) ;
@ -71,12 +101,13 @@ Window::Window(const Window &w)
itsWindow = dupwin ( w . itsWindow ) ;
itsWinBorder = dupwin ( w . itsWinBorder ) ;
itsGetStringHelper = w . itsGetStringHelper ;
itsWindowTimeout = w . itsWindowTimeout ;
itsX = w . itsX ;
itsY = w . itsY ;
itsStartX = w . itsStartX ;
itsStartY = w . itsStartY ;
itsWidth = w . itsWidth ;
itsHeight = w . itsHeight ;
BBEnabled = w . BBEnabled ;
AutoRefreshEnabled = w . AutoRefreshEnabled ;
itsTitle = w . itsTitle ;
itsColors = w . itsColors ;
itsColor = w . itsColor ;
@ -84,6 +115,8 @@ Window::Window(const Window &w)
itsBgColor = w . itsBgColor ;
itsBaseBgColor = w . itsBaseBgColor ;
itsBorder = w . itsBorder ;
SetColor ( itsColor , itsBgColor ) ;
keypad ( itsWindow , 1 ) ;
}
Window : : ~ Window ( )
@ -230,13 +263,13 @@ void Window::ShowBorder() const
refresh ( ) ;
}
void Window : : Display ( bool stub )
void Window : : Display ( )
{
ShowBorder ( ) ;
Refresh ( stub ) ;
Refresh ( ) ;
}
void Window : : Refresh ( bool )
void Window : : Refresh ( )
{
wrefresh ( itsWindow ) ;
}
@ -269,11 +302,6 @@ void Window::AltCharset(bool alt) const
alt ? wattron ( itsWindow , A_ALTCHARSET ) : wattroff ( itsWindow , A_ALTCHARSET ) ;
}
void Window : : Delay ( bool delay ) const
{
nodelay ( itsWindow , ! delay ) ;
}
void Window : : SetTimeout ( int timeout )
{
itsWindowTimeout = timeout ;
@ -292,145 +320,17 @@ void Window::ReadKey() const
void Window : : Write ( int limit , const string & str , bool clrtoeol )
{
if ( BBEnabled )
{
bool collect = false ;
string color , tmp ;
for ( string : : const_iterator it = str . begin ( ) ; it ! = str . end ( ) & & limit > 0 ; it + + )
{
if ( * it = = ' [ ' & & ( * ( it + 1 ) = = ' . ' | | * ( it + 1 ) = = ' / ' ) )
collect = 1 ;
if ( ! collect )
{
tmp + = * it ;
limit - - ;
}
else
{
if ( * it ! = ' [ ' )
{
color + = * it ;
if ( color . length ( ) > 10 ) collect = 0 ; // longest bbcode is 10 chars long
}
else
{
limit - = color . length ( ) ;
tmp + = color ;
color = * it ;
}
}
if ( * it = = ' ] ' | | it + 1 = = str . end ( ) )
collect = 0 ;
if ( ! collect & & ! color . empty ( ) )
{
waddstr ( itsWindow , tmp . c_str ( ) ) ;
tmp . clear ( ) ;
if ( isdigit ( color [ 2 ] ) )
{
int x , y ;
getyx ( itsWindow , y , x ) ;
Coordinates coords = IntoCoordinates ( color ) ;
wmove ( itsWindow , coords . second = = - 1 ? y : coords . second , coords . first ) ;
limit - = coords . first - x ;
}
else if ( IsValidColor ( color ) )
{
ColorPair colors = IntoColor ( color ) ;
SetColor ( colors . first , colors . second ) ;
}
else
{
limit - = color . length ( ) ;
tmp + = limit > 0 ? color : color . substr ( 0 , color . length ( ) + limit ) ;
}
color . clear ( ) ;
}
}
if ( ! tmp . empty ( ) ) waddstr ( itsWindow , tmp . c_str ( ) ) ;
}
else
waddstr ( itsWindow , str . c_str ( ) ) ;
waddstr ( itsWindow , str . c_str ( ) ) ;
if ( clrtoeol )
wclrtoeol ( itsWindow ) ;
if ( AutoRefreshEnabled )
wrefresh ( itsWindow ) ;
}
# ifdef UTF8_ENABLED
# ifdef _UTF8
void Window : : Write ( int limit , const wstring & str , bool clrtoeol )
{
if ( BBEnabled )
{
bool collect = false ;
wstring color , tmp ;
for ( wstring : : const_iterator it = str . begin ( ) ; it ! = str . end ( ) & & limit > 0 ; it + + )
{
if ( * it = = ' [ ' & & ( * ( it + 1 ) = = ' . ' | | * ( it + 1 ) = = ' / ' ) )
collect = 1 ;
if ( ! collect )
{
tmp + = * it ;
limit - = wcwidth ( * it ) ;
}
else
{
if ( * it ! = ' [ ' )
{
color + = * it ;
if ( color . length ( ) > 10 ) collect = 0 ; // longest bbcode is 10 chars long
}
else
{
limit - = Length ( color ) ;
tmp + = color ;
color = * it ;
}
}
if ( * it = = ' ] ' | | it + 1 = = str . end ( ) )
collect = 0 ;
if ( ! collect & & ! color . empty ( ) )
{
wprintw ( itsWindow , " %ls " , tmp . c_str ( ) ) ;
tmp . clear ( ) ;
if ( isdigit ( color [ 2 ] ) )
{
int x , y ;
getyx ( itsWindow , y , x ) ;
Coordinates coords = IntoCoordinates ( ToString ( color ) ) ;
wmove ( itsWindow , coords . second < 0 ? y : coords . second , coords . first ) ;
limit - = coords . first - x ;
}
else if ( IsValidColor ( ToString ( color ) ) )
{
ColorPair colors = IntoColor ( ToString ( color ) ) ;
SetColor ( colors . first , colors . second ) ;
}
else
{
limit - = Length ( color ) ;
tmp + = limit > 0 ? color : color . substr ( 0 , color . length ( ) + limit ) ;
}
color . clear ( ) ;
}
}
if ( ! tmp . empty ( ) ) wprintw ( itsWindow , " %ls " , tmp . c_str ( ) ) ;
}
else
wprintw ( itsWindow , " %ls " , str . c_str ( ) ) ;
wprintw ( itsWindow , " %ls " , str . c_str ( ) ) ;
if ( clrtoeol )
wclrtoeol ( itsWindow ) ;
if ( AutoRefreshEnabled )
wrefresh ( itsWindow ) ;
}
void Window : : WriteXY ( int x , int y , int limit , const wstring & str , bool cleartoeol )
@ -446,20 +346,20 @@ void Window::WriteXY(int x, int y, int limit, const string &str, bool cleartoeol
Write ( limit , str , cleartoeol ) ;
}
string Window : : GetString ( const string & base , unsigned int length , in twidth ) const
string Window : : GetString ( const string & base , size_t length , size_ twidth ) const
{
int input , beginning , maxbeginning , minx , x , y , maxx ;
int input ;
size_t beginning , maxbeginning , minx , x , y , maxx ;
getyx ( itsWindow , y , x ) ;
minx = maxx = x ;
width - - ;
if ( width = = - 1 )
if ( width = = size_t ( - 1 ) )
width = itsWidth - x - 1 ;
if ( width < 0 )
return " " ;
curs_set ( 1 ) ;
wstring tmp = ToWString ( base ) ;
std : : wstring tmp = ToWString ( base ) ;
string tmp_in ;
wchar_t wc_in ;
@ -570,26 +470,41 @@ string Window::GetString(const string &base, unsigned int length, int width) con
}
while ( input ! = 10 ) ;
curs_set ( 0 ) ;
return ToString ( tmp ) ;
}
void Window : : Scrollable ( bool scrollable ) const
void Window : : GetXY ( int & x , int & y )
{
scrollok ( itsWindow , scrollable ) ;
idlok ( itsWindow , scrollable ) ;
getyx ( itsWindow , y , x ) ;
itsX = x ;
itsY = y ;
}
void Window : : Get XY ( int & x , int & y ) const
void Window : : Goto XY ( int x , int y )
{
getyx ( itsWindow , y , x ) ;
wmove ( itsWindow , y , x ) ;
itsX = x ;
itsY = y ;
}
void Window : : GotoXY ( int x , int y ) const
const int & Window : : X ( ) const
{
wmove ( itsWindow , y , x ) ;
return itsX ;
}
int Window : : GetWidth ( ) const
const int & Window : : Y ( ) const
{
return itsY ;
}
void Window : : Scrollable ( bool scrollable ) const
{
scrollok ( itsWindow , scrollable ) ;
idlok ( itsWindow , scrollable ) ;
}
size_t Window : : GetWidth ( ) const
{
if ( itsBorder ! = brNone )
return itsWidth + 2 ;
@ -597,9 +512,9 @@ int Window::GetWidth() const
return itsWidth ;
}
in tWindow : : GetHeight ( ) const
size_ tWindow : : GetHeight ( ) const
{
in theight = itsHeight ;
size_ theight = itsHeight ;
if ( itsBorder ! = brNone )
height + = 2 ;
if ( ! itsTitle . empty ( ) )
@ -607,7 +522,7 @@ int Window::GetHeight() const
return height ;
}
in tWindow : : GetStartX ( ) const
size_ tWindow : : GetStartX ( ) const
{
if ( itsBorder ! = brNone )
return itsStartX - 1 ;
@ -615,9 +530,9 @@ int Window::GetStartX() const
return itsStartX ;
}
in tWindow : : GetStartY ( ) const
size_ tWindow : : GetStartY ( ) const
{
in tstarty = itsStartY ;
size_ tstarty = itsStartY ;
if ( itsBorder ! = brNone )
starty - - ;
if ( ! itsTitle . empty ( ) )
@ -625,7 +540,7 @@ int Window::GetStartY() const
return starty ;
}
string Window : : GetTitle ( ) const
const string & Window : : GetTitle ( ) const
{
return itsTitle ;
}
@ -640,186 +555,216 @@ Border Window::GetBorder() const
return itsBorder ;
}
void Window : : EnableColors ( )
void Window : : Scroll ( Where where )
{
if ( has_colors ( ) )
idlok ( itsWindow , 1 ) ;
scrollok ( itsWindow , 1 ) ;
switch ( where )
{
start_color ( ) ;
use_default_colors ( ) ;
int num = 1 ;
for ( int i = - 1 ; i < 8 ; i + + )
for ( int j = 0 ; j < 8 ; j + + )
init_pair ( num + + , j , i ) ;
case wUp :
wscrl ( itsWindow , 1 ) ;
break ;
case wDown :
wscrl ( itsWindow , - 1 ) ;
break ;
case wPageUp :
wscrl ( itsWindow , itsWidth ) ;
break ;
case wPageDown :
wscrl ( itsWindow , - itsWidth ) ;
break ;
default :
break ;
}
idlok ( itsWindow , 0 ) ;
scrollok ( itsWindow , 0 ) ;
}
Window * Window : : EmptyClone ( ) const
Window & Window : : operator < < ( const Colors & colors )
{
return new Window ( GetStartX ( ) , GetStartY ( ) , GetWidth ( ) , GetHeight ( ) , itsTitle , itsBaseColor , itsBorder ) ;
if ( colors . fg = = clEnd | | colors . bg = = clEnd )
return * this ;
itsColors . push ( colors ) ;
SetColor ( colors . fg , colors . bg ) ;
return * this ;
}
/*char * ToString(const wchar_t *ws)
Window & Window : : operator < < ( const Color & color )
{
string s ;
for ( int i = 0 ; i < wcslen ( ws ) ; i + + )
switch ( color )
{
char * c = new char [ MB_CUR_MAX + 1 ] ( ) ;
if ( wctomb ( c , ws [ i ] ) > 0 )
s + = c ;
delete [ ] c ;
case clDefault :
while ( ! itsColors . empty ( ) )
itsColors . pop ( ) ;
SetColor ( itsBaseColor , itsBaseBgColor ) ;
break ;
case clEnd :
if ( ! itsColors . empty ( ) )
itsColors . pop ( ) ;
if ( ! itsColors . empty ( ) )
SetColor ( itsColors . top ( ) . fg , itsColors . top ( ) . bg ) ;
else
SetColor ( itsBaseColor , itsBaseBgColor ) ;
break ;
default :
itsColors . push ( Colors ( color , clDefault ) ) ;
SetColor ( itsColors . top ( ) . fg , itsColors . top ( ) . bg ) ;
}
char * result = strdup ( s . c_str ( ) ) ;
return result ;
return * this ;
}
wchar_t * ToWString ( const char * s )
Window & Window : : operator < < ( const Format & format )
{
wchar_t * ws = new wchar_t [ strlen ( s ) + 1 ] ( ) ;
mbstowcs ( ws , s , strlen ( s ) ) ;
return ws ;
} */
switch ( format )
{
case fmtNone :
Bold ( 0 ) ;
Reverse ( 0 ) ;
AltCharset ( 0 ) ;
break ;
case fmtBold :
Bold ( 1 ) ;
break ;
case fmtBoldEnd :
Bold ( 0 ) ;
break ;
case fmtReverse :
Reverse ( 1 ) ;
break ;
case fmtReverseEnd :
Reverse ( 0 ) ;
break ;
case fmtAltCharset :
AltCharset ( 1 ) ;
break ;
case fmtAltCharsetEnd :
AltCharset ( 0 ) ;
break ;
}
return * this ;
}
string ToString ( const wstring & ws )
Window & Window : : operator < < ( const XY & coords )
{
GotoXY ( coords . x , coords . y ) ;
return * this ;
}
Window & Window : : operator < < ( const char * s )
{
wprintw ( itsWindow , " %s " , s ) ;
return * this ;
}
Window & Window : : operator < < ( const char & c )
{
wprintw ( itsWindow , " %c " , c ) ;
return * this ;
}
Window & Window : : operator < < ( const wchar_t * ws )
{
wprintw ( itsWindow , " %ls " , ws ) ;
return * this ;
}
Window & Window : : operator < < ( const wchar_t & wc )
{
wprintw ( itsWindow , " %lc " , wc ) ;
return * this ;
}
Window & Window : : operator < < ( const int & i )
{
wprintw ( itsWindow , " %d " , i ) ;
return * this ;
}
Window & Window : : operator < < ( const double & d )
{
wprintw ( itsWindow , " %f " , d ) ;
return * this ;
}
Window & Window : : operator < < ( const string & s )
{
wprintw ( itsWindow , " %s " , s . c_str ( ) ) ;
return * this ;
}
Window & Window : : operator < < ( const wstring & ws )
{
for ( wstring : : const_iterator it = ws . begin ( ) ; it ! = ws . end ( ) ; it + + )
wprintw ( itsWindow , " %lc " , * it ) ;
return * this ;
}
Window & Window : : operator < < ( const size_t & s )
{
wprintw ( itsWindow , " %u " , s ) ;
return * this ;
}
Window * Window : : EmptyClone ( ) const
{
return new Window ( GetStartX ( ) , GetStartY ( ) , GetWidth ( ) , GetHeight ( ) , itsTitle , itsBaseColor , itsBorder ) ;
}
char * ToString ( const wchar_t * ws )
{
string s ;
const wchar_t * c_ws = ws . c_str ( ) ;
mbstate_t mbs ;
memset ( & mbs , 0 , sizeof ( mbs ) ) ;
int len = wcsrtombs ( NULL , & c_ws , 0 , & mbs ) ;
size_ tlen = wcsrtombs ( NULL , & ws , 0 , & mbs ) ;
if ( len < = 0 )
return s ;
if ( len = = size_t ( - 1 ) )
return 0 ;
char * c_s = new char [ len + 1 ] ( ) ;
wcsrtombs ( c_s , & c_ws , len , & mbs ) ;
c_s [ len ] = 0 ;
s = c_s ;
delete [ ] c_s ;
char * s = new char [ len + 1 ] ( ) ;
wcsrtombs ( s , & ws , len , & mbs ) ;
s [ len ] = 0 ;
return s ;
}
wstring ToWString ( const string & s )
wchar_t * ToWString ( const char * s )
{
wstring ws ;
const char * c_s = s . c_str ( ) ;
mbstate_t mbs ;
memset ( & mbs , 0 , sizeof ( mbs ) ) ;
int len = mbsrtowcs ( NULL , & c_s , 0 , & mbs ) ;
size_ tlen = mbsrtowcs ( NULL , & s , 0 , & mbs ) ;
if ( len < = 0 )
return ws ;
if ( len = = size_t ( - 1 ) )
return 0 ;
wchar_t * c_ws = new wchar_t [ len + 1 ] ( ) ;
mbsrtowcs ( c_ws , & c_s , len , & mbs ) ;
c_ws [ len ] = 0 ;
ws = c_ws ;
delete [ ] c_ws ;
wchar_t * ws = new wchar_t [ len + 1 ] ( ) ;
mbsrtowcs ( ws , & s , len , & mbs ) ;
ws [ len ] = 0 ;
return ws ;
}
Coordinates Window : : IntoCoordinates ( const string & s )
string ToString ( const w string& w s)
{
Coordinates result ;
size_t sep = s . find ( " , " ) ;
if ( sep ! = string : : npos )
string result ;
char * s = ToString ( ws . c_str ( ) ) ;
if ( s )
{
result . first = atoi ( s . substr ( 2 , sep - 2 ) . c_str ( ) ) ;
result . second = atoi ( s . substr ( sep + 1 ) . c_str ( ) ) ;
}
else
{
result . first = atoi ( s . substr ( 2 ) . c_str ( ) ) ;
result . second = - 1 ;
result = s ;
delete [ ] s ;
}
return result ;
}
string Window : : OmitBBCodes ( const string & str )
wstring ToWString ( const string & s )
{
bool collect = false ;
string tmp , color , result ;
for ( string : : const_iterator it = str . begin ( ) ; it ! = str . end ( ) ; it + + )
wstring result ;
wchar_t * ws = ToWString ( s . c_str ( ) ) ;
if ( ws )
{
if ( * it = = ' [ ' & & ( * ( it + 1 ) = = ' . ' | | * ( it + 1 ) = = ' / ' ) )
collect = 1 ;
if ( ! collect )
tmp + = * it ;
else
{
if ( * it ! = ' [ ' )
color + = * it ;
else
{
tmp + = color ;
color = * it ;
}
}
if ( * it = = ' ] ' | | it + 1 = = str . end ( ) )
collect = 0 ;
if ( ! collect & & ! color . empty ( ) )
{
result + = tmp ;
tmp . clear ( ) ;
if ( ! isdigit ( tmp [ 2 ] ) & & ! IsValidColor ( color ) )
tmp + = color ;
color . clear ( ) ;
}
result = ws ;
delete [ ] ws ;
}
if ( ! tmp . empty ( ) ) result + = tmp ;
return result ;
}
size_t Window : : RealLength ( const string & s )
{
if ( s . empty ( ) )
return 0 ;
bool collect = false ;
int length = 0 ;
# ifdef UTF8_ENABLED
wstring ws = ToWString ( s ) ;
wstring tmp ;
# else
const string & ws = s ;
string tmp ;
# endif
for ( int i = 0 ; i < ws . length ( ) ; i + + , length + + )
{
if ( ws [ i ] = = ' [ ' & & ( ws [ i + 1 ] = = ' . ' | | ws [ i + 1 ] = = ' / ' ) )
collect = 1 ;
if ( collect )
{
if ( ws [ i ] ! = ' [ ' )
tmp + = ws [ i ] ;
else
tmp = ws [ i ] ;
}
if ( ws [ i ] = = ' ] ' )
collect = 0 ;
if ( ! collect & & ! tmp . empty ( ) )
{
if ( isdigit ( tmp [ 2 ] ) | | IsValidColor ( TO_STRING ( tmp ) ) )
{
# ifdef UTF8_ENABLED
length - = Length ( tmp ) ;
# else
length - = tmp . length ( ) ;
# endif
}
tmp . clear ( ) ;
}
}
return length ;
}
size_t Window : : Length ( const wstring & ws )
{
size_t length = 0 ;
Andrzej Rybczak
18 years ago