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/*
This file is part of Telegram Desktop ,
an unofficial desktop messaging app , see https : //telegram.org
Telegram Desktop is free software : you can redistribute it and / or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation , either version 3 of the License , or
( at your option ) any later version .
It is distributed in the hope that it will be useful ,
but WITHOUT ANY WARRANTY ; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the
GNU General Public License for more details .
Full license : https : //github.com/telegramdesktop/tdesktop/blob/master/LICENSE
Copyright ( c ) 2014 John Preston , https : //tdesktop.com
*/
# include "genstyles.h"
# include <QtCore/QtPlugin>
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# ifdef Q_OS_WIN
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Q_IMPORT_PLUGIN ( QWindowsIntegrationPlugin )
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# endif
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# ifdef Q_OS_MAC
Q_IMPORT_PLUGIN ( QCocoaIntegrationPlugin )
Q_IMPORT_PLUGIN ( QDDSPlugin )
Q_IMPORT_PLUGIN ( QICNSPlugin )
Q_IMPORT_PLUGIN ( QICOPlugin )
Q_IMPORT_PLUGIN ( QJp2Plugin )
Q_IMPORT_PLUGIN ( QMngPlugin )
Q_IMPORT_PLUGIN ( QTgaPlugin )
Q_IMPORT_PLUGIN ( QTiffPlugin )
Q_IMPORT_PLUGIN ( QWbmpPlugin )
Q_IMPORT_PLUGIN ( QWebpPlugin )
# endif
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enum ScalarType {
scNumber ,
scString ,
scColor ,
scPoint ,
scRect ,
scSprite ,
scSize ,
scTransition ,
scCursor ,
scAlign ,
scMargins ,
scFont ,
scTypesCount ,
} ;
string scalarTypeNames [ ] = {
" number " ,
" string " ,
" color " ,
" point " ,
" rect " ,
" sprite " ,
" size " ,
" transition " ,
" cursor " ,
" align " ,
" margins " ,
" font " ,
} ;
string outputTypeNames [ ] = {
" number " ,
" string " ,
" color " ,
" point " ,
" rect " ,
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" sprite " ,
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" size " ,
" transition " ,
" cursor " ,
" align " ,
" margins " ,
" font " ,
} ;
enum ClassGenTokenType {
csName , // [a-zA-Z_][a-zA-Z0-9_]*
csDelimeter , // ':'
csFieldFinish , // ';'
csClassStart , // '{'
csClassFinish , // '}'
} ;
bool skipWhitespaces ( const char * & from , const char * end ) {
while ( from < end & & ( * from = = ' ' | | * from = = ' \n ' | | * from = = ' \t ' | | * from = = ' \r ' ) ) {
+ + from ;
}
return ( from < end ) ;
}
bool skipComment ( const char * & from , const char * end ) {
if ( from > = end ) return false ;
if ( * from = = ' / ' ) {
if ( from + 1 > = end ) return true ;
if ( * ( from + 1 ) = = ' * ' ) {
from + = 2 ;
while ( from + 1 < end & & ( * from ! = ' * ' | | * ( from + 1 ) ! = ' / ' ) ) {
+ + from ;
}
from + = 2 ;
return ( from < end ) ;
} else if ( * ( from + 1 ) = = ' / ' ) {
from + = 2 ;
while ( from < end & & * from ! = ' \n ' & & * from ! = ' \r ' ) {
+ + from ;
}
+ + from ;
return ( from < end ) ;
} else {
return true ;
}
}
return true ;
}
void readName ( const char * & from , const char * end , string & token ) {
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if ( from > = end ) throw Exception ( " Unexpected end of file! " ) ;
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const char * start = from ;
char ch = * from ;
if ( ! ( ( ch > = ' a ' & & ch < = ' z ' ) | | ( ( ch > = ' A ' ) & & ( ch < = ' Z ' ) ) ) ) {
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throw Exception ( " Unknown error :( " ) ;
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}
while ( + + from < end ) {
ch = * from ;
if ( ! ( ( ch > = ' a ' & & ch < = ' z ' ) | | ( ( ch > = ' A ' ) & & ( ch < = ' Z ' ) ) | | ( ( ch > = ' 0 ' ) & & ( ch < = ' 9 ' ) ) | | ch = = ' _ ' ) ) break ;
}
token = string ( start , from ) ;
}
void readString ( const char * & from , const char * end , string & token ) {
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if ( from + 1 > = end ) throw Exception ( " Unexpected end of file! " ) ;
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token = " " ;
char border = * from ;
if ( border ! = ' " ' & & border ! = ' \' ' ) {
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throw Exception ( " Unknown error :( " ) ;
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}
bool spec = false ;
for ( + + from ; spec | | ( * from ! = border ) ; ) {
if ( * from = = ' \\ ' ) {
spec = true ;
} else if ( spec ) {
if ( * from = = ' n ' ) {
token + = ' \n ' ;
} else if ( * from = = ' t ' ) {
token + = ' \t ' ;
} else if ( * from = = ' \\ ' | | * from = = ' " ' | | * from = = ' \' ' ) {
token + = * from ;
} else {
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throw Exception ( QString ( " Unexpected escaped character in string: %1 " ) . arg ( * from ) ) ;
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}
spec = false ;
} else {
token + = * from ;
}
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if ( + + from > = end ) throw Exception ( " Unexpected end of file! " ) ;
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}
+ + from ;
}
char hexChar ( char ch ) {
if ( ch > = ' a ' & & ch < = ' f ' ) {
return ch + ( ' A ' - ' a ' ) ;
}
return ch ;
}
void readColor ( const char * & from , const char * end , string & token ) {
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if ( from + 3 > = end ) throw Exception ( " Unexpected end of file! " ) ;
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token . resize ( 8 ) ;
int len = 0 ;
for ( const char * ch = from + 1 ; ch < end ; + + ch ) {
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if ( ( * ch > = ' 0 ' & & * ch < = ' 9 ' ) | | ( * ch > = ' A ' & & * ch < = ' F ' ) | | ( * ch > = ' a ' & & * ch < = ' f ' ) ) {
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+ + len ;
} else {
break ;
}
}
if ( len ! = 3 & & len ! = 4 & & len ! = 6 & & len ! = 8 ) {
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throw Exception ( " Bad color token " ) ;
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}
if ( len = = 3 | | len = = 4 ) {
token [ 0 ] = token [ 1 ] = hexChar ( * ( + + from ) ) ;
token [ 2 ] = token [ 3 ] = hexChar ( * ( + + from ) ) ;
token [ 4 ] = token [ 5 ] = hexChar ( * ( + + from ) ) ;
if ( len = = 3 ) {
token [ 6 ] = token [ 7 ] = ' F ' ;
} else {
token [ 6 ] = token [ 7 ] = hexChar ( * ( + + from ) ) ;
}
} else {
token [ 0 ] = hexChar ( * ( + + from ) ) ;
token [ 1 ] = hexChar ( * ( + + from ) ) ;
token [ 2 ] = hexChar ( * ( + + from ) ) ;
token [ 3 ] = hexChar ( * ( + + from ) ) ;
token [ 4 ] = hexChar ( * ( + + from ) ) ;
token [ 5 ] = hexChar ( * ( + + from ) ) ;
if ( len = = 6 ) {
token [ 6 ] = token [ 7 ] = ' F ' ;
} else {
token [ 6 ] = hexChar ( * ( + + from ) ) ;
token [ 7 ] = hexChar ( * ( + + from ) ) ;
}
}
+ + from ;
}
void readNumber ( const char * & from , const char * end , string & token ) {
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if ( from > = end ) throw Exception ( " Unexpected end of file! " ) ;
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bool neg = false ;
if ( * from = = ' - ' ) {
neg = true ;
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if ( + + from > = end ) throw Exception ( " Unexpected end of file! " ) ;
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}
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if ( * from = = ' 0 ' & & from < end & & * ( from + 1 ) > = ' 0 ' & & * ( from + 1 ) < = ' 9 ' ) throw Exception ( " Bad number token! " ) ;
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token = neg ? " - " : " " ;
for ( bool wasDot = false ; from < end ; + + from ) {
if ( * from = = ' . ' ) {
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if ( wasDot ) throw Exception ( " Unexpected dot in number! " ) ;
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wasDot = true ;
} else if ( * from < ' 0 ' | | * from > ' 9 ' ) {
break ;
}
token + = * from ;
}
}
void readClassGenToken ( const char * & from , const char * end , ClassGenTokenType & tokenType , string & token ) {
const char * start ;
do {
start = from ;
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if ( ! skipWhitespaces ( from , end ) ) throw Exception ( " Unexpected end of file! " ) ;
if ( ! skipComment ( from , end ) ) throw Exception ( " Unexpected end of comment! " ) ;
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} while ( start ! = from ) ;
if ( ( * from > = ' a ' & & * from < = ' z ' ) | | ( ( * from > = ' A ' ) & & ( * from < = ' Z ' ) ) ) {
tokenType = csName ;
return readName ( from , end , token ) ;
} else if ( * from = = ' : ' ) {
tokenType = csDelimeter ;
} else if ( * from = = ' ; ' ) {
tokenType = csFieldFinish ;
} else if ( * from = = ' { ' ) {
tokenType = csClassStart ;
} else if ( * from = = ' } ' ) {
tokenType = csClassFinish ;
} else {
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throw Exception ( " Could not parse token! " ) ;
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}
+ + from ;
return ;
}
typedef QMap < string , ScalarType > FieldTypesMap ;
struct ClassData {
string name ;
FieldTypesMap fields ;
} ;
typedef QMap < string , ClassData > Classes ;
Classes classes ;
typedef QMap < string , int > ByName ;
bool genClasses ( const QString & classes_in , const QString & classes_out ) {
QFile f ( classes_in ) ;
if ( ! f . open ( QIODevice : : ReadOnly ) ) {
cout < < " Could not open style classes input file ' " < < classes_in . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
QByteArray blob = f . readAll ( ) ;
const char * text = blob . constData ( ) , * end = blob . constData ( ) + blob . size ( ) ;
ByName byName ;
QVector < ClassData > byIndex ;
string token ;
ClassGenTokenType type ;
try {
while ( true ) {
try {
readClassGenToken ( text , end , type , token ) ;
} catch ( exception & e ) {
if ( e . what ( ) ! = string ( " Unexpected end of file! " ) ) {
throw ;
}
break ;
}
if ( type ! = csName ) {
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throw Exception ( QString ( " Unexpected token, type %1: %2 " ) . arg ( type ) . arg ( token . c_str ( ) ) ) ;
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}
byIndex . push_back ( ClassData ( ) ) ;
ClassData & cls ( byIndex . back ( ) ) ;
cls . name = token ;
readClassGenToken ( text , end , type , token ) ;
if ( type = = csDelimeter ) {
readClassGenToken ( text , end , type , token ) ;
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if ( type ! = csName ) throw Exception ( QString ( " Unexpected token after '%1:', type %2 " ) . arg ( cls . name . c_str ( ) ) . arg ( type ) ) ;
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QMap < string , int > : : const_iterator i = byName . constFind ( token ) ;
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if ( i = = byName . cend ( ) ) throw Exception ( QString ( " Parent class '%1' not found for class '%2' " ) . arg ( token . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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cls . fields = byIndex [ i . value ( ) ] . fields ;
readClassGenToken ( text , end , type , token ) ;
}
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if ( type ! = csClassStart ) throw Exception ( QString ( " Unexpected token after '%1:%2', type %3 " ) . arg ( cls . name . c_str ( ) ) . arg ( token . c_str ( ) ) . arg ( type ) ) ;
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do {
string fname , ftype ;
readClassGenToken ( text , end , type , fname ) ;
if ( type = = csClassFinish ) {
byName . insert ( cls . name , byIndex . size ( ) - 1 ) ;
break ;
}
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if ( type ! = csName ) throw Exception ( QString ( " Unexpected token %1 while reading class '%2' " ) . arg ( type ) . arg ( cls . name . c_str ( ) ) ) ;
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readClassGenToken ( text , end , type , token ) ;
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if ( type ! = csDelimeter ) throw Exception ( QString ( " Unexpected token %1 while reading field '%2' in class '%3' " ) . arg ( type ) . arg ( fname . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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readClassGenToken ( text , end , type , ftype ) ;
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if ( type ! = csName ) throw Exception ( QString ( " Unexpected token %1 while reading field '%2' in class '%3' " ) . arg ( type ) . arg ( fname . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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readClassGenToken ( text , end , type , token ) ;
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if ( type ! = csFieldFinish ) throw Exception ( QString ( " Unexpected token %1 while reading field '%2:%3' in class '%4' " ) . arg ( type ) . arg ( fname . c_str ( ) ) . arg ( ftype . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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ScalarType typeIndex = scTypesCount ;
for ( int t = 0 ; t < scTypesCount ; + + t ) {
if ( ftype = = scalarTypeNames [ t ] ) {
typeIndex = ScalarType ( t ) ;
break ;
}
}
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if ( typeIndex = = scTypesCount ) throw Exception ( QString ( " Unknown field type %1 while reading field '%2' in class '%3' " ) . arg ( ftype . c_str ( ) ) . arg ( fname . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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FieldTypesMap : : const_iterator alr = cls . fields . find ( fname ) ;
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if ( alr ! = cls . fields . cend ( ) ) throw Exception ( QString ( " Redeclaration of field '%1' in class '%2' " ) . arg ( fname . c_str ( ) ) . arg ( cls . name . c_str ( ) ) ) ;
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cls . fields . insert ( fname , typeIndex ) ;
} while ( true ) ;
}
QByteArray outText ;
{
QTextStream tout ( & outText ) ;
tout < < " \
/*\n\
Created from \ ' / Resources / style_classes . txt \ ' by \ ' / MetaStyle \ ' project \ n \
\ n \
WARNING ! All changes made in this file will be lost ! \ n \
\ n \
This file is part of Telegram Desktop , \ n \
an unofficial desktop messaging app , see https : / / telegram . org \ n \
\ n \
Telegram Desktop is free software : you can redistribute it and / or modify \ n \
it under the terms of the GNU General Public License as published by \ n \
the Free Software Foundation , either version 3 of the License , or \ n \
( at your option ) any later version . \ n \
\ n \
It is distributed in the hope that it will be useful , \ n \
but WITHOUT ANY WARRANTY ; without even the implied warranty of \ n \
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the \ n \
GNU General Public License for more details . \ n \
\ n \
Full license : https : / / github . com / telegramdesktop / tdesktop / blob / master / LICENSE \ n \
Copyright ( c ) 2014 John Preston , https : / / tdesktop . com \ n \
*/ \ n " ;
tout < < " #pragma once \n \n #include \" style.h \" \n \n namespace style { \n " ;
for ( int i = 0 , l = byIndex . size ( ) ; i < l ; + + i ) {
ClassData & cls ( byIndex [ i ] ) ;
classes . insert ( cls . name , cls ) ;
tout < < " \n \t class " < < cls . name . c_str ( ) < < " { \n \t public: \n \t \t " < < cls . name . c_str ( ) < < " ( " ;
for ( FieldTypesMap : : const_iterator j = cls . fields . cbegin ( ) , e = cls . fields . cend ( ) ; j ! = e ; ) {
tout < < " const style:: " < < outputTypeNames [ j . value ( ) ] . c_str ( ) < < " &_ " < < j . key ( ) . c_str ( ) ;
if ( + + j ! = e ) {
tout < < " , " ;
}
}
tout < < " , Qt::Initialization = Qt::Uninitialized) " ;
if ( ! cls . fields . isEmpty ( ) ) {
tout < < " : " ;
}
for ( FieldTypesMap : : const_iterator j = cls . fields . cbegin ( ) , e = cls . fields . cend ( ) ; j ! = e ; ) {
tout < < j . key ( ) . c_str ( ) < < " (_ " < < j . key ( ) . c_str ( ) < < " ) " ;
if ( + + j ! = e ) {
tout < < " , " ;
}
}
tout < < " { \n \t \t } \n \n " ;
for ( FieldTypesMap : : const_iterator j = cls . fields . cbegin ( ) , e = cls . fields . cend ( ) ; j ! = e ; ) {
tout < < " \t \t style:: " < < outputTypeNames [ j . value ( ) ] . c_str ( ) < < " " < < j . key ( ) . c_str ( ) < < " ; \n " ;
+ + j ;
}
tout < < " \t }; \n " ;
}
tout < < " \n }; \n " ;
}
QFile out ( classes_out ) ;
if ( out . open ( QIODevice : : ReadOnly ) ) {
QByteArray wasOut = out . readAll ( ) ;
if ( wasOut . size ( ) = = outText . size ( ) ) {
if ( ! memcmp ( wasOut . constData ( ) , outText . constData ( ) , outText . size ( ) ) ) {
return true ;
}
}
out . close ( ) ;
}
cout < < " Style classes compiled, writing " < < byIndex . size ( ) < < " classes. \n " ;
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if ( ! out . open ( QIODevice : : WriteOnly ) ) throw Exception ( " Could not open style_classes.h for writing! " ) ;
if ( out . write ( outText ) ! = outText . size ( ) ) throw Exception ( " Could not open style_classes.h for writing! " ) ;
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} catch ( exception & e ) {
cout < < e . what ( ) < < " \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
return true ;
}
enum StyleGenTokenType {
stName , // [a-zA-Z_][a-zA-Z0-9_]*
stDelimeter , // ':'
stFieldFinish , // ';'
stObjectStart , // '{'
stObjectFinish , // '}'
stConsStart , // '('
stConsFinish , // ')'
stComma , // ','
stVariant , // '/'
stString , // "text" or 'text'
stColor , // #rgb or #rrggbb
stNumber , // -?([1-9][0-9]+(\.[0-9]+)?|\.[0-9]+)
} ;
static const int variants [ ] = { 0 , 2 , 3 , 4 } , variantsCount = sizeof ( variants ) / sizeof ( variants [ 0 ] ) ;
static const char * variantNames [ ] = { " dbisOne " , " dbisOneAndQuarter " , " dbisOneAndHalf " , " dbisTwo " } ;
static const char * variantPostfixes [ ] = { " " , " _125x " , " _150x " , " _200x " } ;
QPixmap * spriteMax = 0 ;
QImage * variantSprites = 0 ;
QImage * variantGrids = 0 ;
void readStyleGenToken ( const char * & from , const char * end , StyleGenTokenType & tokenType , string & token ) {
const char * start ;
do {
start = from ;
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if ( ! skipWhitespaces ( from , end ) ) throw Exception ( " Unexpected end of file! " ) ;
if ( ! skipComment ( from , end ) ) throw Exception ( " Unexpected end of comment! " ) ;
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} while ( start ! = from ) ;
if ( ( * from > = ' a ' & & * from < = ' z ' ) | | ( ( * from > = ' A ' ) & & ( * from < = ' Z ' ) ) ) {
tokenType = stName ;
return readName ( from , end , token ) ;
} else if ( * from = = ' " ' | | * from = = ' \' ' ) {
tokenType = stString ;
return readString ( from , end , token ) ;
} else if ( * from = = ' # ' ) {
tokenType = stColor ;
return readColor ( from , end , token ) ;
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} else if ( * from = = ' . ' | | ( * from > = ' 0 ' & & * from < = ' 9 ' ) | | * from = = ' - ' ) {
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tokenType = stNumber ;
return readNumber ( from , end , token ) ;
} else if ( * from = = ' : ' ) {
tokenType = stDelimeter ;
} else if ( * from = = ' ; ' ) {
tokenType = stFieldFinish ;
} else if ( * from = = ' { ' ) {
tokenType = stObjectStart ;
} else if ( * from = = ' } ' ) {
tokenType = stObjectFinish ;
} else if ( * from = = ' ( ' ) {
tokenType = stConsStart ;
} else if ( * from = = ' ) ' ) {
tokenType = stConsFinish ;
} else if ( * from = = ' , ' ) {
tokenType = stComma ;
} else if ( * from = = ' / ' ) {
tokenType = stVariant ;
} else {
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throw Exception ( " Could not parse token! " ) ;
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}
+ + from ;
return ;
}
bool readPxAfterNumber ( const char * & from , const char * end ) {
if ( from + 2 < = end & & * from = = ' p ' & & * ( from + 1 ) = = ' x ' ) {
from + = 2 ;
return true ;
}
return false ;
}
typedef QMap < int , string > ScalarValue ;
typedef QPair < ScalarType , ScalarValue > ScalarData ;
typedef QPair < string , ScalarData > Scalar ;
typedef QMap < string , ScalarData > Fields ;
typedef QPair < string , Fields > ObjectData ;
typedef QPair < string , ObjectData > Object ;
typedef QVector < Object > Objects ;
typedef QVector < Scalar > Scalars ;
string findScalarVariant ( const ScalarValue & value , int variant ) {
ScalarValue : : const_iterator i = value . constFind ( variant ) ;
if ( i ! = value . cend ( ) ) return i . value ( ) ;
return value [ 0 ] ;
//string result;
//for (ScalarValue::const_iterator i = value.cbegin(), e = value.cend(); i != e; ++i) {
// if (i.key() > variant) {
// break;
// }
// result = i.value();
//}
//return result;
}
Objects objects ;
Scalars scalars ;
ByName objectsMap ;
ByName scalarsMap ;
ScalarValue fillPrepareResult ( int variant , const string & result ) {
ScalarValue r ;
r [ variant ] = result ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = result ;
}
}
return r ;
}
int adjustPx ( int variant , int number , bool ispx ) {
if ( ! ispx | | ! variant ) return number ;
switch ( variant ) {
case 2 : return qRound ( number * 1.25 + ( number > 0 ? - 0.01 : 0.01 ) ) ;
case 3 : return qRound ( number * 1.5 + ( number > 0 ? - 0.01 : 0.01 ) ) ;
case 4 : return number * 2 ;
}
return number ;
}
string adjustPx ( int variant , const string & number , bool ispx ) {
if ( ! variant | | ! ispx ) return number ;
return QString : : number ( adjustPx ( variant , QString ( number . c_str ( ) ) . toInt ( ) , ispx ) ) . toUtf8 ( ) . constData ( ) ;
}
ScalarValue prepareString ( int variant , const string & token ) {
string result ;
result . reserve ( token . length ( ) * 2 ) ;
result + = " (qsl( \" " ;
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for ( quint64 i = 0 , l = token . length ( ) ; i < l ; + + i ) {
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if ( token [ i ] = = ' \n ' ) {
result + = " \\ n " ;
} else if ( token [ i ] = = ' \r ' ) {
result + = " \\ r " ;
} else if ( token [ i ] = = ' \t ' ) {
result + = " \\ t " ;
} else {
if ( token [ i ] = = ' \\ ' | | token [ i ] = = ' " ' ) {
result + = ' \\ ' ;
}
result + = token [ i ] ;
}
}
result + = " \" )) " ;
return fillPrepareResult ( variant , result ) ;
}
int hexDec ( char a , char b ) {
int da = ( a > = ' 0 ' & & a < = ' 9 ' ) ? ( a - ' 0 ' ) : ( 10 + a - ' A ' ) ;
int db = ( b > = ' 0 ' & & b < = ' 9 ' ) ? ( b - ' 0 ' ) : ( 10 + b - ' A ' ) ;
return da * 16 + db ;
}
typedef QMap < string , QPair < ScalarType , string > > Named ;
QMap < int , Named > named ;
struct Color {
string color ;
} ;
typedef QMap < string , Color > Colors ;
QMap < int , Colors > colors ;
ScalarValue prepareColor ( int variant , const string & name , const string & token ) {
QString result ;
result . reserve ( 20 ) ;
int r = hexDec ( token [ 0 ] , token [ 1 ] ) , g = hexDec ( token [ 2 ] , token [ 3 ] ) , b = hexDec ( token [ 4 ] , token [ 5 ] ) , a = hexDec ( token [ 6 ] , token [ 7 ] ) ;
if ( a = = 255 ) {
Color c ;
c . color = QString ( " %1, %2, %3, 255 " ) . arg ( r ) . arg ( g ) . arg ( b ) . toUtf8 ( ) . constData ( ) ;
colors [ variant ] [ name ] = c ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
colors [ variants [ i ] ] [ name ] = c ;
}
}
return fillPrepareResult ( variant , " (Qt::Uninitialized) " ) ;
}
Color c ;
c . color = QString ( " %1, %2, %3, %4 " ) . arg ( r ) . arg ( g ) . arg ( b ) . arg ( a ) . toUtf8 ( ) . constData ( ) ;
colors [ variant ] [ name ] = c ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
colors [ variants [ i ] ] [ name ] = c ;
}
}
return fillPrepareResult ( variant , " (Qt::Uninitialized) " ) ;
}
ScalarValue prepareNumber ( int variant , const string & token , const char * & text , const char * end ) {
bool ispx = readPxAfterNumber ( text , end ) ;
ScalarValue r ;
r [ variant ] = ' ( ' + token + ' ) ' ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = ' ( ' + adjustPx ( variants [ i ] , token , ispx ) + ' ) ' ;
}
}
return r ;
}
ScalarValue prepareColorRGB ( int variant , const string & name , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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string r = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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string g = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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string b = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading rgb() cons! " ) . arg ( type ) ) ;
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Color c ;
c . color = QString ( " %1, %2, %3, 255 " ) . arg ( r . c_str ( ) ) . arg ( g . c_str ( ) ) . arg ( b . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
colors [ variant ] [ name ] = c ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
colors [ variants [ i ] ] [ name ] = c ;
}
}
return fillPrepareResult ( variant , " (Qt::Uninitialized) " ) ;
}
ScalarValue prepareColorRGBA ( int variant , const string & name , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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string r = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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string g = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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string b = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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string a = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading rgba() cons! " ) . arg ( type ) ) ;
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Color c ;
c . color = QString ( " %1, %2, %3, %4 " ) . arg ( r . c_str ( ) ) . arg ( g . c_str ( ) ) . arg ( b . c_str ( ) ) . arg ( a . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
colors [ variant ] [ name ] = c ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
colors [ variants [ i ] ] [ name ] = c ;
}
}
return fillPrepareResult ( variant , " (Qt::Uninitialized) " ) ;
}
ScalarValue prepareRect ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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string x = token ;
bool xpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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string y = token ;
bool ypx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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string w = token ;
bool wpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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string h = token ;
bool hpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading rect() cons! " ) . arg ( type ) ) ;
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ScalarValue r ;
r [ variant ] = QString ( " (%1, %2, %3, %4) " ) . arg ( x . c_str ( ) ) . arg ( y . c_str ( ) ) . arg ( w . c_str ( ) ) . arg ( h . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = QString ( " (%1, %2, %3, %4) " ) . arg ( adjustPx ( variants [ i ] , x , xpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , y , ypx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , w , wpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , h , hpx ) . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
}
}
return r ;
}
typedef QVector < QPair < QRect , QString > > SpriteRects ;
SpriteRects sprites ;
ScalarValue prepareSprite ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
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if ( variant ) throw Exception ( QString ( " Unexpected variant in sprite rectangle! " ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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string x = token ;
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if ( ! readPxAfterNumber ( text , end ) ) throw Exception ( QString ( " All number in sprite() cons must be in px! " ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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string y = token ;
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if ( ! readPxAfterNumber ( text , end ) ) throw Exception ( QString ( " All number in sprite() cons must be in px! " ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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string w = token ;
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if ( ! readPxAfterNumber ( text , end ) ) throw Exception ( QString ( " All number in sprite() cons must be in px! " ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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string h = token ;
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if ( ! readPxAfterNumber ( text , end ) ) throw Exception ( QString ( " All number in sprite() cons must be in px! " ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading sprite() cons! " ) . arg ( type ) ) ;
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ScalarValue r ;
r [ variant ] = QString ( " (%1, %2, %3, %4) " ) . arg ( x . c_str ( ) ) . arg ( y . c_str ( ) ) . arg ( w . c_str ( ) ) . arg ( h . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = QString ( " (%1, %2, %3, %4) " ) . arg ( adjustPx ( variants [ i ] , x , true ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , y , true ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , w , true ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , h , true ) . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
}
}
bool found = false ;
QRect sprite ( QString ( x . c_str ( ) ) . toInt ( ) , QString ( y . c_str ( ) ) . toInt ( ) , QString ( w . c_str ( ) ) . toInt ( ) , QString ( h . c_str ( ) ) . toInt ( ) ) ;
for ( SpriteRects : : const_iterator i = sprites . cbegin ( ) , e = sprites . cend ( ) ; i ! = e ; + + i ) {
if ( i - > first = = sprite ) {
found = true ;
break ;
}
if ( i - > first . intersects ( sprite ) ) {
cout < < QString ( " Sprites intersection, %1 intersects with %2 " ) . arg ( i - > second ) . arg ( r [ variant ] . c_str ( ) ) . toUtf8 ( ) . constData ( ) < < " \n " ;
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// throw Exception(QString("Sprites intersection, %1 intersects with %2").arg(i->second).arg(r[variant].c_str()));
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}
}
if ( ! found ) {
sprites . push_back ( QPair < QRect , QString > ( sprite , QString ( r [ variant ] . c_str ( ) ) ) ) ;
if ( sprite . x ( ) < 0 | | sprite . y ( ) < 0 | | sprite . x ( ) + sprite . width ( ) > variantSprites [ 0 ] . width ( ) | | sprite . y ( ) + sprite . height ( ) > variantSprites [ 0 ] . height ( ) ) {
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throw Exception ( QString ( " Bad sprite size %1 " ) . arg ( r [ variant ] . c_str ( ) ) ) ;
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}
int varLast = variants [ variantsCount - 1 ] ;
QImage lastCopy = variantSprites [ variantsCount - 1 ] . copy ( adjustPx ( varLast , sprite . x ( ) , true ) , adjustPx ( varLast , sprite . y ( ) , true ) , adjustPx ( varLast , sprite . width ( ) , true ) , adjustPx ( varLast , sprite . height ( ) , true ) ) ;
for ( int i = 1 ; i < variantsCount - 1 ; + + i ) {
QPainter p ( & variantSprites [ i ] ) ;
QPixmap copy = QPixmap : : fromImage ( lastCopy . scaled ( adjustPx ( variants [ i ] , sprite . width ( ) , true ) , adjustPx ( variants [ i ] , sprite . height ( ) , true ) , Qt : : IgnoreAspectRatio , Qt : : SmoothTransformation ) ) ;
p . drawPixmap ( QPoint ( adjustPx ( variants [ i ] , sprite . x ( ) , true ) , adjustPx ( variants [ i ] , sprite . y ( ) , true ) ) , copy ) ;
}
for ( int i = 0 ; i < variantsCount ; + + i ) {
QPainter p ( & variantGrids [ i ] ) ;
p . setBrush ( Qt : : NoBrush ) ;
p . setPen ( QColor ( 0 , 255 , 255 ) ) ;
p . drawRect ( QRect ( adjustPx ( variants [ i ] , sprite . x ( ) , true ) , adjustPx ( variants [ i ] , sprite . y ( ) , true ) , adjustPx ( variants [ i ] , sprite . width ( ) , true ) - 1 , adjustPx ( variants [ i ] , sprite . height ( ) , true ) - 1 ) ) ;
}
}
return r ;
}
ScalarValue preparePoint ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading point() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading point() cons! " ) . arg ( type ) ) ;
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string x = token ;
bool xpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading point() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading point() cons! " ) . arg ( type ) ) ;
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string y = token ;
bool ypx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading point() cons! " ) . arg ( type ) ) ;
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ScalarValue r ;
r [ variant ] = QString ( " (%1, %2) " ) . arg ( x . c_str ( ) ) . arg ( y . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = QString ( " (%1, %2) " ) . arg ( adjustPx ( variants [ i ] , x , xpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , y , ypx ) . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
}
}
return r ;
}
ScalarValue prepareSize ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading size() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading size() cons! " ) . arg ( type ) ) ;
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string x = token ;
bool xpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading size() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading size() cons! " ) . arg ( type ) ) ;
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string y = token ;
bool ypx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading size() cons! " ) . arg ( type ) ) ;
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ScalarValue r ;
r [ variant ] = QString ( " (%1, %2) " ) . arg ( x . c_str ( ) ) . arg ( y . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = QString ( " (%1, %2) " ) . arg ( adjustPx ( variants [ i ] , x , xpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , y , ypx ) . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
}
}
return r ;
}
ScalarValue prepareTransition ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading transition() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stName ) throw Exception ( QString ( " Unexpected token %1 while reading transition() cons! " ) . arg ( type ) ) ;
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string func = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading transition() cons! " ) . arg ( type ) ) ;
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return fillPrepareResult ( variant , QString ( " (anim::%1) " ).arg(func.c_str()).toUtf8().constData()) ;
}
ScalarValue prepareCursor ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading cursor() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stName ) throw Exception ( QString ( " Unexpected token %1 while reading cursor() cons! " ) . arg ( type ) ) ;
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string func = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading cursor() cons! " ) . arg ( type ) ) ;
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return fillPrepareResult ( variant , QString ( " (style::cur_%1) " ).arg(func.c_str()).toUtf8().constData()) ;
}
ScalarValue prepareAlign ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading align() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stName ) throw Exception ( QString ( " Unexpected token %1 while reading align() cons! " ) . arg ( type ) ) ;
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string func = token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading align() cons! " ) . arg ( type ) ) ;
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return fillPrepareResult ( variant , QString ( " (style::al_%1) " ).arg(func.c_str()).toUtf8().constData()) ;
}
ScalarValue prepareMargins ( int variant , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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string x = token ;
bool xpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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string y = token ;
bool ypx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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string w = token ;
bool wpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stNumber ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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string h = token ;
bool hpx = readPxAfterNumber ( text , end ) ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsFinish ) throw Exception ( QString ( " Unexpected token %1 while reading margins() cons! " ) . arg ( type ) ) ;
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ScalarValue r ;
r [ variant ] = QString ( " (%1, %2, %3, %4) " ) . arg ( x . c_str ( ) ) . arg ( y . c_str ( ) ) . arg ( w . c_str ( ) ) . arg ( h . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
r [ variants [ i ] ] = QString ( " (%1, %2, %3, %4) " ) . arg ( adjustPx ( variants [ i ] , x , xpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , y , ypx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , w , wpx ) . c_str ( ) ) . arg ( adjustPx ( variants [ i ] , h , hpx ) . c_str ( ) ) . toUtf8 ( ) . constData ( ) ;
}
}
return r ;
}
enum FontFlagBits {
FontBoldBit ,
FontItalicBit ,
FontUnderlineBit ,
FontFlagsBits
} ;
enum FontFlags {
FontBold = ( 1 < < FontBoldBit ) ,
FontItalic = ( 1 < < FontItalicBit ) ,
FontUnderline = ( 1 < < FontUnderlineBit ) ,
FontDifferentFlags = ( 1 < < FontFlagsBits )
} ;
struct Font {
string family , size ;
int flags ;
} ;
typedef QMap < string , Font > Fonts ;
QMap < int , Fonts > fonts ;
ScalarValue prepareFont ( int variant , const string & name , const char * & text , const char * end ) {
StyleGenTokenType type ;
string token ;
ScalarValue sizeScalar , familyScalar ;
string size , family ;
int flags = 0 ;
bool sizepx ;
readStyleGenToken ( text , end , type , token ) ;
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if ( type ! = stConsStart ) throw Exception ( QString ( " Unexpected token %1 (%2) while reading font() cons! " ) . arg ( type ) . arg ( token . c_str ( ) ) ) ;
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do {
readStyleGenToken ( text , end , type , token ) ;
if ( type = = stNumber ) {
if ( size . empty ( ) & & sizeScalar . isEmpty ( ) ) {
size = token ;
sizepx = readPxAfterNumber ( text , end ) ;
} else {
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throw Exception ( QString ( " Unexpected second number %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
} else if ( type = = stName ) {
int bit = 0 ;
if ( token = = " bold " ) {
bit = FontBold ;
} else if ( token = = " italic " ) {
bit = FontItalic ;
} else if ( token = = " underline " ) {
bit = FontUnderline ;
} else {
ByName : : const_iterator j = scalarsMap . constFind ( token ) ;
if ( j ! = scalarsMap . cend ( ) ) {
if ( scalars [ j . value ( ) ] . second . first = = scNumber ) {
if ( size . empty ( ) & & sizeScalar . isEmpty ( ) ) {
sizeScalar = scalars [ j . value ( ) ] . second . second ;
// size = findScalarVariant(scalars[j.value()].second.second, variant);
} else {
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throw Exception ( QString ( " Unexpected second number %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
} else if ( scalars [ j . value ( ) ] . second . first = = scString ) {
if ( scalars [ j . value ( ) ] . second . second . empty ( ) ) {
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throw Exception ( QString ( " Unexpected empty string %1 while reading font() cons ! " ).arg(token.c_str())) ;
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} else if ( ! family . empty ( ) | | ! familyScalar . empty ( ) ) {
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throw Exception ( QString ( " Unexpected second string %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
familyScalar = scalars [ j . value ( ) ] . second . second ;
// family = findScalarVariant(scalars[j.value()].second.second, variant);
} else {
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throw Exception ( QString ( " Unexpected name token %1 type %2 while reading font() cons ! " ).arg(token.c_str()).arg(scalars[j.value()].second.first)) ;
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}
} else {
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throw Exception ( QString ( " Unexpected name token %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
}
if ( flags & bit ) {
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throw Exception ( QString ( " Unexpected second time token %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
flags | = bit ;
} else if ( type = = stString ) {
if ( token . empty ( ) ) {
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throw Exception ( QString ( " Unexpected empty string while reading font() cons ! " )) ;
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} else if ( ! family . empty ( ) | | ! familyScalar . empty ( ) ) {
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throw Exception ( QString ( " Unexpected second string %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
family = token ;
} else if ( type = = stConsFinish ) {
break ;
} else {
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throw Exception ( QString ( " Unexpected token %1 while reading font() cons ! " ).arg(type)) ;
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}
} while ( true ) ;
if ( family . empty ( ) & & familyScalar . isEmpty ( ) ) {
ByName : : const_iterator j = scalarsMap . constFind ( " defaultFontFamily " ) ;
if ( j ! = scalarsMap . cend ( ) ) {
if ( scalars [ j . value ( ) ] . second . first = = scString ) {
if ( scalars [ j . value ( ) ] . second . second . empty ( ) ) {
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throw Exception ( QString ( " Unexpected empty string %1 while reading font() cons ! " ).arg(token.c_str())) ;
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} else if ( ! family . empty ( ) | | ! familyScalar . isEmpty ( ) ) {
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throw Exception ( QString ( " Unexpected second string %1 while reading font() cons ! " ).arg(token.c_str())) ;
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}
// family = findScalarVariant(scalars[j.value()].second.second, variant);
familyScalar = scalars [ j . value ( ) ] . second . second ;
} else {
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throw Exception ( QString ( " Font family not found while reading font() cons ! " )) ;
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}
} else {
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throw Exception ( QString ( " Font family not found while reading font() cons ! " )) ;
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}
}
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if ( size . empty ( ) & & sizeScalar . isEmpty ( ) ) throw Exception ( QString ( " Font size not found while reading font() cons! " ) ) ;
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Font font ;
font . family = familyScalar . empty ( ) ? family : findScalarVariant ( familyScalar , variant ) ;
font . size = sizeScalar . empty ( ) ? size : findScalarVariant ( sizeScalar , variant ) ;
font . flags = flags ;
fonts [ variant ] [ name ] = font ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
Font varFont = font ;
if ( ! familyScalar . empty ( ) ) varFont . family = findScalarVariant ( familyScalar , variants [ i ] ) ;
varFont . size = sizeScalar . empty ( ) ? adjustPx ( variants [ i ] , size , sizepx ) : findScalarVariant ( sizeScalar , variants [ i ] ) ;
fonts [ variants [ i ] ] [ name ] = varFont ;
}
}
return fillPrepareResult ( variant , " (Qt::Uninitialized) " ) ;
}
ScalarData readScalarElement ( string name , const char * & text , const char * end , string objName , const Fields * objFields , int variant ) {
string fullName = objFields ? ( objName + ' . ' + name ) : name ;
ScalarData result ;
StyleGenTokenType type ;
string token ;
readStyleGenToken ( text , end , type , token ) ;
if ( type = = stString ) {
result . first = scString ;
result . second = prepareString ( variant , token ) ;
} else if ( type = = stNumber ) {
result . first = scNumber ;
result . second = prepareNumber ( variant , token , text , end ) ;
} else if ( type = = stColor ) {
result . first = scColor ;
result . second = prepareColor ( variant , fullName , token ) ;
} else if ( type = = stName ) {
if ( token = = " rgb " ) {
result . first = scColor ;
result . second = prepareColorRGB ( variant , fullName , text , end ) ;
} else if ( token = = " rgba " ) {
result . first = scColor ;
result . second = prepareColorRGBA ( variant , fullName , text , end ) ;
} else if ( token = = " rect " ) {
result . first = scRect ;
result . second = prepareRect ( variant , text , end ) ;
} else if ( token = = " sprite " ) {
result . first = scSprite ;
result . second = prepareSprite ( variant , text , end ) ;
} else if ( token = = " point " ) {
result . first = scPoint ;
result . second = preparePoint ( variant , text , end ) ;
} else if ( token = = " size " ) {
result . first = scSize ;
result . second = preparePoint ( variant , text , end ) ;
} else if ( token = = " transition " ) {
result . first = scTransition ;
result . second = prepareTransition ( variant , text , end ) ;
} else if ( token = = " cursor " ) {
result . first = scCursor ;
result . second = prepareCursor ( variant , text , end ) ;
} else if ( token = = " align " ) {
result . first = scAlign ;
result . second = prepareAlign ( variant , text , end ) ;
} else if ( token = = " margins " ) {
result . first = scMargins ;
result . second = prepareMargins ( variant , text , end ) ;
} else if ( token = = " font " ) {
result . first = scFont ;
result . second = prepareFont ( variant , fullName , text , end ) ;
} else {
bool found = false ;
if ( objFields ) {
//Fields::const_iterator j = objFields->constFind(token);
//if (j != objFields->cend()) {
// found = true;
// result.second = j.value();
//}
}
if ( ! found ) {
ByName : : const_iterator j = scalarsMap . constFind ( token ) ;
if ( j ! = scalarsMap . cend ( ) ) {
found = true ;
result . first = scalars [ j . value ( ) ] . second . first ;
result . second = scalars [ j . value ( ) ] . second . second ;
if ( result . first = = scFont ) {
named [ variant ] [ fullName ] = QPair < ScalarType , string > ( result . first , token ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
named [ variants [ i ] ] [ fullName ] = QPair < ScalarType , string > ( result . first , token ) ;
}
}
} else if ( result . first = = scColor ) {
named [ variant ] [ fullName ] = QPair < ScalarType , string > ( result . first , token ) ;
if ( ! variant ) {
for ( int i = 1 ; i < variantsCount ; + + i ) {
named [ variants [ i ] ] [ fullName ] = QPair < ScalarType , string > ( result . first , token ) ;
}
}
}
}
}
if ( ! found ) {
result . first = scTypesCount ;
result . second = fillPrepareResult ( variant , token ) ;
}
}
} else {
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throw Exception ( QString ( " Unexpected token after '%1:', type %2 " ) . arg ( name . c_str ( ) ) . arg ( type ) ) ;
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}
return result ;
}
Scalar readScalarData ( StyleGenTokenType & type , string & token , const char * & text , const char * end , string objName = string ( ) , const Fields * objFields = 0 ) {
if ( type ! = stName ) {
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throw Exception ( QString ( " Unexpected token, type %1: %2 " ) . arg ( type ) . arg ( token . c_str ( ) ) ) ;
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}
string name = token ;
if ( ! objFields ) {
ByName : : const_iterator i = objectsMap . constFind ( name ) ;
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if ( i ! = objectsMap . cend ( ) ) throw Exception ( QString ( " Redefinition of style object %1 " ) . arg ( name . c_str ( ) ) ) ;
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ByName : : const_iterator j = scalarsMap . constFind ( name ) ;
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if ( j ! = scalarsMap . cend ( ) ) throw Exception ( QString ( " Redefinition of style scalar %1 " ) . arg ( name . c_str ( ) ) ) ;
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}
readStyleGenToken ( text , end , type , token ) ;
if ( type ! = stDelimeter ) {
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throw Exception ( QString ( " Unexpected token, type %1: %2 " ) . arg ( type ) . arg ( token . c_str ( ) ) ) ;
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}
string fullName = objFields ? ( objName + ' . ' + name ) : name ;
Scalar result ;
result . first = name ;
result . second = readScalarElement ( name , text , end , objName , objFields , 0 ) ;
readStyleGenToken ( text , end , type , token ) ;
while ( type = = stVariant ) {
readStyleGenToken ( text , end , type , token ) ;
if ( type ! = stNumber ) {
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throw Exception ( QString ( " Unexpected token '%1' reading variants of '%2' scalar " ) . arg ( token . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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}
int variant = QString ( token . c_str ( ) ) . toInt ( ) ;
if ( variant ! = 2 & & variant ! = 3 & & variant ! = 4 ) {
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throw Exception ( QString ( " Unexpected variant index '%1' in '%2' scalar " ) . arg ( token . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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}
readStyleGenToken ( text , end , type , token ) ;
if ( type ! = stDelimeter ) {
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throw Exception ( QString ( " Unexpected token '%1' reading variants of '%2' scalar, expected delimeter " ) . arg ( token . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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}
ScalarData el = readScalarElement ( name , text , end , objName , objFields , variant ) ;
if ( el . first ! = result . second . first ) {
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throw Exception ( QString ( " Type changed in variant for '%1' " ) . arg ( name . c_str ( ) ) ) ;
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}
result . second . second . insert ( variant , el . second [ variant ] ) ;
readStyleGenToken ( text , end , type , token ) ;
}
return result ;
}
string prepareObject ( const string & cls , Fields fields , const string & obj , int variant ) {
string result = " ( " ;
Classes : : const_iterator i = classes . constFind ( cls ) ;
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if ( i = = classes . cend ( ) ) throw Exception ( " Unknown error :( " ) ;
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for ( FieldTypesMap : : const_iterator j = i . value ( ) . fields . cbegin ( ) , e = i . value ( ) . fields . cend ( ) ; j ! = e ; ) {
result + = " style:: " + outputTypeNames [ j . value ( ) ] ;
Fields : : iterator f = fields . find ( j . key ( ) ) ;
if ( f = = fields . end ( ) ) {
result + = " () " ;
} else if ( f . value ( ) . first ! = j . value ( ) ) {
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throw Exception ( QString ( " Bad type of field %1 while parsing %2 " ) . arg ( j . key ( ) . c_str ( ) ) . arg ( obj . c_str ( ) ) ) ;
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} else {
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if ( variant = = - 1 ) { // retina
result + = findScalarVariant ( f . value ( ) . second , ( j . value ( ) = = scSprite ) ? 4 : 0 ) ;
} else {
result + = findScalarVariant ( f . value ( ) . second , variant ) ;
}
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}
fields . erase ( f ) ;
if ( + + j ! = e ) {
result + = " , " ;
}
}
if ( fields . size ( ) ) {
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throw Exception ( QString ( " Unknown fields found in %1, for example %2 " ) . arg ( obj . c_str ( ) ) . arg ( fields . begin ( ) . key ( ) . c_str ( ) ) ) ;
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}
return result + " , Qt::Uninitialized) " ;
}
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bool genStyles ( const QString & classes_in , const QString & classes_out , const QString & styles_in , const QString & styles_out , const QString & path_to_sprites ) {
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if ( ! genClasses ( classes_in , classes_out ) ) return false ;
QString styles_cpp = QString ( styles_out ) . replace ( " .h " , " .cpp " ) ;
if ( styles_cpp = = styles_out ) {
cout < < " Bad output file name ' " < < styles_out . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
QFile f ( styles_in ) ;
if ( ! f . open ( QIODevice : : ReadOnly ) ) {
cout < < " Could not open styles input file ' " < < styles_in . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
QImage sprites [ variantsCount ] ;
variantSprites = sprites ;
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QString sprite0 ( path_to_sprites + " sprite " + QString ( variantPostfixes [ 0 ] ) + " .png " ) , spriteLast ( path_to_sprites + " sprite " + QString ( variantPostfixes [ variantsCount - 1 ] ) + " .png " ) ;
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variantSprites [ 0 ] = QImage ( sprite0 ) ;
for ( int i = 1 ; i < variantsCount - 1 ; + + i ) {
variantSprites [ i ] = QImage ( adjustPx ( variants [ i ] , variantSprites [ 0 ] . width ( ) , true ) , adjustPx ( variants [ i ] , variantSprites [ 0 ] . height ( ) , true ) , QImage : : Format_ARGB32_Premultiplied ) ;
QPainter p ( & variantSprites [ i ] ) ;
p . setCompositionMode ( QPainter : : CompositionMode_Source ) ;
p . fillRect ( 0 , 0 , variantSprites [ i ] . width ( ) , variantSprites [ i ] . height ( ) , Qt : : transparent ) ;
}
variantSprites [ variantsCount - 1 ] = QImage ( spriteLast ) ;
QPixmap spriteMaxPix = QPixmap : : fromImage ( variantSprites [ variantsCount - 1 ] ) ;
spriteMax = & spriteMaxPix ;
if ( ! variantSprites [ 0 ] . width ( ) | | ! variantSprites [ 0 ] . height ( ) ) {
cout < < " Could not open input sprite file ' " < < sprite0 . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
if ( ! variantSprites [ variantsCount - 1 ] . width ( ) | | ! variantSprites [ variantsCount - 1 ] . height ( ) ) {
cout < < " Could not open input sprite file ' " < < spriteLast . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
if ( adjustPx ( variants [ variantsCount - 1 ] , variantSprites [ 0 ] . width ( ) , true ) ! = variantSprites [ variantsCount - 1 ] . width ( ) ) {
cout < < " Bad sprite file width ' " < < spriteLast . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
if ( adjustPx ( variants [ variantsCount - 1 ] , variantSprites [ 0 ] . height ( ) , true ) ! = variantSprites [ variantsCount - 1 ] . height ( ) ) {
cout < < " Bad sprite file height ' " < < spriteLast . toUtf8 ( ) . constData ( ) < < " '! \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
QImage grids [ variantsCount ] ;
variantGrids = grids ;
for ( int i = 0 ; i < variantsCount ; + + i ) {
variantGrids [ i ] = QImage ( variantSprites [ i ] . width ( ) , variantSprites [ i ] . height ( ) , QImage : : Format_ARGB32_Premultiplied ) ;
QPainter p ( & variantGrids [ i ] ) ;
p . setCompositionMode ( QPainter : : CompositionMode_Source ) ;
p . fillRect ( 0 , 0 , variantSprites [ i ] . width ( ) , variantSprites [ i ] . height ( ) , Qt : : transparent ) ;
}
QByteArray blob = f . readAll ( ) ;
const char * text = blob . constData ( ) , * end = blob . constData ( ) + blob . size ( ) ;
QMap < string , int > byName ;
QVector < ClassData > byIndex ;
string token ;
StyleGenTokenType type ;
try {
while ( true ) {
try {
readStyleGenToken ( text , end , type , token ) ;
} catch ( exception & e ) {
if ( e . what ( ) ! = string ( " Unexpected end of file! " ) ) {
throw ;
}
break ;
}
string name = token ;
Scalar scalar = readScalarData ( type , token , text , end ) ;
if ( scalar . second . first ! = scTypesCount ) {
scalarsMap . insert ( scalar . first , scalars . size ( ) ) ;
scalars . push_back ( scalar ) ;
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if ( type ! = stFieldFinish ) throw Exception ( QString ( " Unexpected token after scalar %1, type %2 " ) . arg ( name . c_str ( ) ) . arg ( type ) ) ;
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continue ;
}
string objType = scalar . second . second [ 0 ] ;
Object obj ;
obj . first = name ;
obj . second . first = objType ;
Classes : : const_iterator c = classes . constFind ( objType ) ;
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if ( c = = classes . cend ( ) ) throw Exception ( QString ( " Unknown type %1 used for object %2 " ) . arg ( objType . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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if ( type = = stConsStart ) {
do {
readStyleGenToken ( text , end , type , token ) ;
string parent = token ;
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if ( type ! = stName ) throw Exception ( QString ( " Unexpected token %1 while parsing object %2 " ) . arg ( type ) . arg ( name . c_str ( ) ) ) ;
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ByName : : const_iterator p = objectsMap . constFind ( parent ) ;
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if ( p = = objectsMap . cend ( ) ) throw Exception ( QString ( " Parent object %1 not found, while parsing object %2 " ) . arg ( parent . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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const ObjectData & alr ( objects [ p . value ( ) ] . second ) ;
for ( Fields : : const_iterator f = alr . second . cbegin ( ) , e = alr . second . cend ( ) ; f ! = e ; + + f ) {
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// Fields::const_iterator a = obj.second.second.constFind(f.key());
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// if (a == obj.second.second.cend()) {
obj . second . second . insert ( f . key ( ) , f . value ( ) ) ;
if ( f . value ( ) . first = = scFont ) {
for ( int v = 0 ; v < variantsCount ; + + v ) {
named [ variants [ v ] ] [ name + ' . ' + f . key ( ) ] = QPair < ScalarType , string > ( f . value ( ) . first , parent + ' . ' + f . key ( ) ) ;
}
} else if ( f . value ( ) . first = = scColor ) {
for ( int v = 0 ; v < variantsCount ; + + v ) {
named [ variants [ v ] ] [ name + ' . ' + f . key ( ) ] = QPair < ScalarType , string > ( f . value ( ) . first , parent + ' . ' + f . key ( ) ) ;
}
}
// }
}
readStyleGenToken ( text , end , type , token ) ;
if ( type = = stConsFinish ) break ;
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if ( type ! = stComma ) throw Exception ( QString ( " Unexpected token %1, expected , or ) while parsing object %2 " ) . arg ( type ) . arg ( name . c_str ( ) ) ) ;
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} while ( true ) ;
readStyleGenToken ( text , end , type , token ) ;
}
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if ( type ! = stObjectStart ) throw Exception ( QString ( " Unexpected token %1, expected { while parsing object %2 " ) . arg ( type ) . arg ( name . c_str ( ) ) ) ;
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while ( true ) {
readStyleGenToken ( text , end , type , token ) ;
if ( type = = stObjectFinish ) {
objectsMap . insert ( name , objects . size ( ) ) ;
objects . push_back ( obj ) ;
break ;
}
for ( int v = 0 ; v < variantsCount ; + + v ) {
named [ variants [ v ] ] . remove ( name + ' . ' + token ) ;
}
Scalar scalar = readScalarData ( type , token , text , end , name , & obj . second . second ) ;
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if ( scalar . second . first = = scTypesCount ) throw Exception ( QString ( " Unexpected type name %1 while parsing object %2 " ) . arg ( scalar . second . second [ 0 ] . c_str ( ) ) . arg ( name . c_str ( ) ) ) ;
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obj . second . second . insert ( scalar . first , scalar . second ) ;
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if ( type ! = stFieldFinish ) throw Exception ( QString ( " Unexpected token after scalar %1 in object %2, type %3 " ) . arg ( scalar . first . c_str ( ) ) . arg ( name . c_str ( ) ) . arg ( type ) ) ;
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}
}
QByteArray outText , cppText ;
{
int variant = 0 ;
QTextStream tout ( & outText ) , tcpp ( & cppText ) ;
tout < < " \
/*\n\
Created from \ ' / Resources / style . txt \ ' by \ ' / MetaStyle \ ' project \ n \
\ n \
WARNING ! All changes made in this file will be lost ! \ n \
\ n \
This file is part of Telegram Desktop , \ n \
an unofficial desktop messaging app , see https : / / telegram . org \ n \
\ n \
Telegram Desktop is free software : you can redistribute it and / or modify \ n \
it under the terms of the GNU General Public License as published by \ n \
the Free Software Foundation , either version 3 of the License , or \ n \
( at your option ) any later version . \ n \
\ n \
It is distributed in the hope that it will be useful , \ n \
but WITHOUT ANY WARRANTY ; without even the implied warranty of \ n \
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the \ n \
GNU General Public License for more details . \ n \
\ n \
Full license : https : / / github . com / telegramdesktop / tdesktop / blob / master / LICENSE \ n \
Copyright ( c ) 2014 John Preston , https : / / tdesktop . com \ n \
*/ \ n " ;
tout < < " #pragma once \n \n #include \" style.h \" \n \n namespace st { \n " ;
tcpp < < " \
/*\n\
Created from \ ' / Resources / style . txt \ ' by \ ' / MetaStyle \ ' project \ n \
\ n \
WARNING ! All changes made in this file will be lost ! \ n \
\ n \
This file is part of Telegram Desktop , \ n \
an unofficial desktop messaging app , see https : / / telegram . org \ n \
\ n \
Telegram Desktop is free software : you can redistribute it and / or modify \ n \
it under the terms of the GNU General Public License as published by \ n \
the Free Software Foundation , either version 3 of the License , or \ n \
( at your option ) any later version . \ n \
\ n \
It is distributed in the hope that it will be useful , \ n \
but WITHOUT ANY WARRANTY ; without even the implied warranty of \ n \
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the \ n \
GNU General Public License for more details . \ n \
\ n \
Full license : https : / / github . com / telegramdesktop / tdesktop / blob / master / LICENSE \ n \
Copyright ( c ) 2014 John Preston , https : / / tdesktop . com \ n \
*/ \ n " ;
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tcpp < < " #include \" stdafx.h \" \n #include \" style_auto.h \" \n \n namespace { \n " ;
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for ( int i = 0 , l = scalars . size ( ) ; i < l ; + + i ) {
Scalar & sc ( scalars [ i ] ) ;
tout < < " \t extern const style:: " < < outputTypeNames [ sc . second . first ] . c_str ( ) < < " & " < < sc . first . c_str ( ) < < " ; \n " ;
tcpp < < " \t style:: " < < outputTypeNames [ sc . second . first ] . c_str ( ) < < " _ " < < sc . first . c_str ( ) < < findScalarVariant ( sc . second . second , variant ) . c_str ( ) < < " ; \n " ;
}
tout < < " \n " ;
tcpp < < " \n " ;
for ( int i = 0 , l = objects . size ( ) ; i < l ; + + i ) {
Object & obj ( objects [ i ] ) ;
tout < < " \t extern const style:: " < < obj . second . first . c_str ( ) < < " & " < < obj . first . c_str ( ) < < " ; \n " ;
tcpp < < " \t style:: " < < obj . second . first . c_str ( ) < < " _ " < < obj . first . c_str ( ) < < prepareObject ( obj . second . first , obj . second . second , obj . first , variant ) . c_str ( ) < < " ; \n " ;
}
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tout < < " }; \n " ;
tcpp < < " }; \n " ;
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tcpp < < " \n namespace st { \n " ;
for ( int i = 0 , l = scalars . size ( ) ; i < l ; + + i ) {
Scalar & sc ( scalars [ i ] ) ;
tcpp < < " \t const style:: " < < outputTypeNames [ sc . second . first ] . c_str ( ) < < " & " < < sc . first . c_str ( ) < < " (_ " < < sc . first . c_str ( ) < < " ); \n " ;
}
tcpp < < " \n " ;
for ( int i = 0 , l = objects . size ( ) ; i < l ; + + i ) {
Object & obj ( objects [ i ] ) ;
tcpp < < " \t const style:: " < < obj . second . first . c_str ( ) < < " & " < < obj . first . c_str ( ) < < " (_ " < < obj . first . c_str ( ) < < " ); \n " ;
}
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tcpp < < " }; \n " ;
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tcpp < < " \n namespace style { \n \n " ;
tcpp < < " \t FontFamilies _fontFamilies; \n " ;
tcpp < < " \t FontDatas _fontsMap; \n " ;
tcpp < < " \t ColorDatas _colorsMap; \n \n " ;
tcpp < < " \t void startManager() { \n " ;
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tcpp < < " \n \t \t if (cRetina()) { \n " ;
tcpp < < " \t \t \t cSetRealScale(dbisOne); \n \n " ;
for ( int i = 0 , l = scalars . size ( ) ; i < l ; + + i ) {
Scalar & sc ( scalars [ i ] ) ;
if ( sc . second . first = = scSprite | | sc . first = = " spriteFile " | | sc . first = = " emojisFile " | | sc . first = = " emojiImgSize " ) {
string v = findScalarVariant ( sc . second . second , 4 ) ;
if ( v ! = findScalarVariant ( sc . second . second , 0 ) ) {
tcpp < < " \t \t \t _ " < < sc . first . c_str ( ) < < " = style:: " < < outputTypeNames [ sc . second . first ] . c_str ( ) < < v . c_str ( ) < < " ; \n " ;
}
}
}
for ( int i = 0 , l = objects . size ( ) ; i < l ; + + i ) {
Object & obj ( objects [ i ] ) ;
string v = prepareObject ( obj . second . first , obj . second . second , obj . first , - 1 ) ; // retina
if ( v ! = prepareObject ( obj . second . first , obj . second . second , obj . first , 0 ) ) {
tcpp < < " \t \t \t _ " < < obj . first . c_str ( ) < < " = style:: " < < obj . second . first . c_str ( ) < < v . c_str ( ) < < " ; \n " ;
}
}
tcpp < < " \t \t } else switch (cScale()) { \n \n " ;
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for ( int i = 1 ; i < variantsCount ; + + i ) {
variant = variants [ i ] ;
const char * varName = variantNames [ i ] ;
tcpp < < " \t \t case " < < varName < < " : \n " ;
typedef QMap < string , int > FontFamilies ;
FontFamilies fontFamilies ;
for ( int i = 0 , l = scalars . size ( ) ; i < l ; + + i ) {
Scalar & sc ( scalars [ i ] ) ;
string v = findScalarVariant ( sc . second . second , variant ) ;
if ( v ! = findScalarVariant ( sc . second . second , 0 ) ) {
tcpp < < " \t \t \t _ " < < sc . first . c_str ( ) < < " = style:: " < < outputTypeNames [ sc . second . first ] . c_str ( ) < < v . c_str ( ) < < " ; \n " ;
}
}
for ( int i = 0 , l = objects . size ( ) ; i < l ; + + i ) {
Object & obj ( objects [ i ] ) ;
string v = prepareObject ( obj . second . first , obj . second . second , obj . first , variant ) ;
if ( v ! = prepareObject ( obj . second . first , obj . second . second , obj . first , 0 ) ) {
tcpp < < " \t \t \t _ " < < obj . first . c_str ( ) < < " = style:: " < < obj . second . first . c_str ( ) < < v . c_str ( ) < < " ; \n " ;
}
}
tcpp < < " \t \t break; \n \n " ;
}
tcpp < < " \t \t } \n \n " ;
Colors & clrs ( colors [ variant ] ) ;
for ( Colors : : const_iterator i = clrs . cbegin ( ) , e = clrs . cend ( ) ; i ! = e ; + + i ) {
bool differ = false ;
for ( int j = 1 ; j < variantsCount ; + + j ) {
const Colors & otherClrs ( colors [ variants [ j ] ] ) ;
Colors : : const_iterator k = otherClrs . constFind ( i . key ( ) ) ;
if ( k = = otherClrs . cend ( ) | | k . value ( ) . color ! = i . value ( ) . color ) {
differ = true ;
break ;
}
}
if ( ! differ ) {
tcpp < < " \t \t _ " < < i . key ( ) . c_str ( ) < < " .init( " < < i . value ( ) . color . c_str ( ) < < " ); \n " ;
}
}
for ( int i = 0 ; i < variantsCount ; + + i ) {
variant = variants [ i ] ;
Named & nmd ( named [ variant ] ) ;
while ( true ) {
bool found = false ;
for ( Named : : iterator i = nmd . begin ( ) , e = nmd . end ( ) ; i ! = e ; + + i ) {
if ( i . key ( ) = = i . value ( ) . second ) {
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throw Exception ( QString ( " Object '%1' is equal to itself! " ) . arg ( i . key ( ) . c_str ( ) ) ) ;
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}
Named : : const_iterator j = nmd . constFind ( i . value ( ) . second ) ;
if ( j ! = nmd . cend ( ) ) {
* i = * j ;
found = true ;
}
}
if ( ! found ) break ;
}
}
tcpp < < " \n \t \t switch (cScale()) { \n \n " ;
for ( int i = 0 ; i < variantsCount ; + + i ) {
variant = variants [ i ] ;
const char * varName = variantNames [ i ] ;
tcpp < < " \t \t case " < < varName < < " : \n " ;
typedef QMap < string , int > FontFamilies ;
FontFamilies fontFamilies ;
int familyIndex = 0 ;
ByName : : const_iterator j = scalarsMap . constFind ( " defaultFontFamily " ) ;
if ( j ! = scalarsMap . cend ( ) ) {
if ( scalars [ j . value ( ) ] . second . first = = scString ) {
if ( scalars [ j . value ( ) ] . second . second . empty ( ) ) {
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throw Exception ( QString ( " Unexpected empty string in defaultFontFamily! " ) . arg ( token . c_str ( ) ) ) ;
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}
string v = findScalarVariant ( scalars [ j . value ( ) ] . second . second , variant ) ;
tcpp < < " \t \t \t _fontFamilies.push_back " < < v . c_str ( ) < < " ; \n " ;
fontFamilies . insert ( v , familyIndex + + ) ;
} else {
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throw Exception ( QString ( " defaultFontFamily has bad type! " ) ) ;
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}
} else {
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throw Exception ( QString ( " defaultFontFamily not found! " ) ) ;
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}
Fonts & fnts ( fonts [ variant ] ) ;
for ( Fonts : : const_iterator i = fnts . cbegin ( ) , e = fnts . cend ( ) ; i ! = e ; + + i ) {
FontFamilies : : const_iterator j = fontFamilies . constFind ( i . value ( ) . family ) ;
if ( j = = fontFamilies . cend ( ) ) {
tcpp < < " \n \t \t \t _fontFamilies.push_back " < < i . value ( ) . family . c_str ( ) < < " ; \n " ;
j = fontFamilies . insert ( i . value ( ) . family , familyIndex + + ) ;
}
tcpp < < " \t \t \t _ " < < i . key ( ) . c_str ( ) < < " .init( " < < i . value ( ) . size . c_str ( ) < < " , " < < i . value ( ) . flags < < " , " < < j . value ( ) < < " , 0); \n " ;
}
Colors & clrs ( colors [ variant ] ) ;
if ( ! clrs . empty ( ) ) tcpp < < " \n " ;
for ( Colors : : const_iterator i = clrs . cbegin ( ) , e = clrs . cend ( ) ; i ! = e ; + + i ) {
bool differ = false ;
for ( int j = 0 ; j < variantsCount ; + + j ) {
if ( variant = = variants [ j ] ) continue ;
const Colors & otherClrs ( colors [ variants [ j ] ] ) ;
Colors : : const_iterator k = otherClrs . constFind ( i . key ( ) ) ;
if ( k = = otherClrs . cend ( ) | | k . value ( ) . color ! = i . value ( ) . color ) {
differ = true ;
break ;
}
}
if ( differ ) {
tcpp < < " \t \t \t _ " < < i . key ( ) . c_str ( ) < < " .init( " < < i . value ( ) . color . c_str ( ) < < " ); \n " ;
}
}
Named & nmd ( named [ variant ] ) ;
for ( Named : : const_iterator i = nmd . cbegin ( ) , e = nmd . cend ( ) ; i ! = e ; + + i ) {
bool differ = false ;
for ( int j = 0 ; j < variantsCount ; + + j ) {
if ( variant = = variants [ j ] ) continue ;
const Named & otherNmd ( named [ variants [ j ] ] ) ;
Named : : const_iterator k = otherNmd . constFind ( i . key ( ) ) ;
if ( k = = otherNmd . cend ( ) | | k . value ( ) . second ! = i . value ( ) . second ) {
differ = true ;
break ;
}
}
if ( differ ) {
tcpp < < " \t \t \t _ " < < i . key ( ) . c_str ( ) < < " = _ " < < i . value ( ) . second . c_str ( ) < < " ; \n " ;
}
}
tcpp < < " \t \t break; \n \n " ;
}
tcpp < < " \t \t } \n \n " ;
variant = 0 ;
Named & nmd ( named [ variant ] ) ;
for ( Named : : const_iterator i = nmd . cbegin ( ) , e = nmd . cend ( ) ; i ! = e ; + + i ) {
bool differ = false ;
for ( int j = 1 ; j < variantsCount ; + + j ) {
const Named & otherNmd ( named [ variants [ j ] ] ) ;
Named : : const_iterator k = otherNmd . constFind ( i . key ( ) ) ;
if ( k = = otherNmd . cend ( ) | | k . value ( ) . second ! = i . value ( ) . second ) {
differ = true ;
break ;
}
}
if ( ! differ ) {
tcpp < < " \t \t _ " < < i . key ( ) . c_str ( ) < < " = _ " < < i . value ( ) . second . c_str ( ) < < " ; \n " ;
}
}
tcpp < < " \t } \n " ;
tcpp < < " \n }; \n " ;
}
for ( int i = 1 ; i < variantsCount - 1 ; + + i ) {
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QString spritei ( path_to_sprites + " sprite " + QString ( variantPostfixes [ i ] ) + " .png " ) , spriteLast ( path_to_sprites + " sprite " + QString ( variantPostfixes [ i ] ) + " .png " ) ;
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QByteArray sprite ;
{
QBuffer sbuf ( & sprite ) ;
if ( ! variantSprites [ i ] . save ( & sbuf , " PNG " ) ) {
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throw Exception ( ( " Could not write intermediate sprite ' " + spritei + " '! " ) ) ;
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}
}
bool needResave = ! QFileInfo ( spritei ) . exists ( ) ;
if ( ! needResave ) {
QFile sf ( spritei ) ;
if ( ! sf . open ( QIODevice : : ReadOnly ) ) {
needResave = true ;
} else {
QByteArray already ( sf . readAll ( ) ) ;
if ( already . size ( ) ! = sprite . size ( ) | | memcmp ( already . constData ( ) , sprite . constData ( ) , already . size ( ) ) ) {
needResave = true ;
}
}
}
if ( needResave ) {
QFile sf ( spritei ) ;
if ( ! sf . open ( QIODevice : : WriteOnly ) ) {
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throw Exception ( ( " Could not write intermediate sprite ' " + spritei + " '! " ) ) ;
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} else {
if ( sf . write ( sprite ) ! = sprite . size ( ) ) {
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throw Exception ( ( " Could not write intermediate sprite ' " + spritei + " '! " ) ) ;
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}
}
}
}
for ( int i = 0 ; i < variantsCount ; + + i ) {
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QString spritei ( path_to_sprites + " grid " + QString ( variantPostfixes [ i ] ) + " .png " ) , spriteLast ( path_to_sprites + " sprite " + QString ( variantPostfixes [ i ] ) + " .png " ) ;
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QByteArray grid ;
{
QBuffer gbuf ( & grid ) ;
if ( ! variantGrids [ i ] . save ( & gbuf , " PNG " ) ) {
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throw Exception ( ( " Could not write intermediate grid ' " + spritei + " '! " ) ) ;
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}
}
bool needResave = ! QFileInfo ( spritei ) . exists ( ) ;
if ( ! needResave ) {
QFile gf ( spritei ) ;
if ( ! gf . open ( QIODevice : : ReadOnly ) ) {
needResave = true ;
} else {
QByteArray already ( gf . readAll ( ) ) ;
if ( already . size ( ) ! = grid . size ( ) | | memcmp ( already . constData ( ) , grid . constData ( ) , already . size ( ) ) ) {
needResave = true ;
}
}
}
if ( needResave ) {
QFile gf ( spritei ) ;
if ( ! gf . open ( QIODevice : : WriteOnly ) ) {
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throw Exception ( ( " Could not write intermediate grid ' " + spritei + " '! " ) ) ;
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} else {
if ( gf . write ( grid ) ! = grid . size ( ) ) {
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throw Exception ( ( " Could not write intermediate grid ' " + spritei + " '! " ) ) ;
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}
}
}
}
QFile out ( styles_out ) , cpp ( styles_cpp ) ;
bool write_out = true ;
if ( out . open ( QIODevice : : ReadOnly ) ) {
QByteArray wasOut = out . readAll ( ) ;
if ( wasOut . size ( ) = = outText . size ( ) ) {
if ( ! memcmp ( wasOut . constData ( ) , outText . constData ( ) , outText . size ( ) ) ) {
write_out = false ;
}
}
out . close ( ) ;
}
if ( write_out ) {
cout < < " Style compiled, writing " < < scalars . size ( ) < < " scalars and " < < objects . size ( ) < < " objects. \n " ;
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if ( ! out . open ( QIODevice : : WriteOnly ) ) throw Exception ( " Could not open style_auto.h for writing! " ) ;
if ( out . write ( outText ) ! = outText . size ( ) ) throw Exception ( " Could not open style_auto.h for writing! " ) ;
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}
bool write_cpp = true ;
if ( cpp . open ( QIODevice : : ReadOnly ) ) {
QByteArray wasCpp = cpp . readAll ( ) ;
if ( wasCpp . size ( ) = = cppText . size ( ) ) {
if ( ! memcmp ( wasCpp . constData ( ) , cppText . constData ( ) , cppText . size ( ) ) ) {
write_cpp = false ;
}
}
cpp . close ( ) ;
}
if ( write_cpp ) {
if ( ! write_out ) cout < < " Style updated, writing " < < scalars . size ( ) < < " scalars and " < < objects . size ( ) < < " objects. \n " ;
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if ( ! cpp . open ( QIODevice : : WriteOnly ) ) throw Exception ( " Could not open style_auto.cpp for writing! " ) ;
if ( cpp . write ( cppText ) ! = cppText . size ( ) ) throw Exception ( " Could not open style_auto.cpp for writing! " ) ;
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}
} catch ( exception & e ) {
cout < < e . what ( ) < < " \n " ;
QCoreApplication : : exit ( 1 ) ;
return false ;
}
return true ;
}