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tde-style-qtcurve
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tde-style-qtcurve/common/config_file.c-orig

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/*
TQtCurve (C) Craig Drummond, 2003 - 2007 Craig.Drummond@lycos.co.uk
----
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public
License version 2 as published by the Free Software Foundation.
This program 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.
You should have received a copy of the GNU General Public License
along with this program; see the file COPYING. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
*/
#include "common.h"
#include <ctype.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <pwd.h>
#include <sys/types.h>
#define TQTC_MAX_FILENAME_LEN 1024
#define TQTC_MAX_INPUT_LINE_LEN 256
#define TQTC_FILE "qtcurvestylerc"
#ifdef CONFIG_READ
static int c2h(char ch)
{
return (ch>='0' && ch<='9') ? ch-'0' :
(ch>='a' && ch<='f') ? 10+(ch-'a') :
(ch>='A' && ch<='F') ? 10+(ch-'A') :
0;
}
#define ATOH(str) ((c2h(*str)<<4)+c2h(*(str+1)))
static void setRgb(color *col, const char *str)
{
if(str && strlen(str)>6)
{
int offset='#'==str[0] ? 1 : 0;
#ifdef __cplusplus
col->setRgb(ATOH(&str[offset]), ATOH(&str[offset+2]), ATOH(&str[offset+4]));
#else
col->red=ATOH(&str[offset])<<8;
col->green=ATOH(&str[offset+2])<<8;
col->blue=ATOH(&str[offset+4])<<8;
col->pixel=0;
#endif
}
else
#ifdef __cplusplus
col->setRgb(0, 0, 0);
#else
col->red=col->green=col->blue=col->pixel=0;
#endif
}
static EDefBtnIndicator toInd(const char *str, EDefBtnIndicator def)
{
if(str)
{
if(0==memcmp(str, "fontcolor", 9) || 0==memcmp(str, "border", 6))
return IND_FONT_COLOR;
if(0==memcmp(str, "none", 4))
return IND_NONE;
if(0==memcmp(str, "corner", 6))
return IND_CORNER;
if(0==memcmp(str, "colored", 7))
return IND_COLORED;
}
return def;
}
static ELine toLine(const char *str, ELine def)
{
if(str)
{
if(0==memcmp(str, "dashes", 6))
return LINE_DASHES;
if(0==memcmp(str, "none", 4))
return LINE_NONE;
if(0==memcmp(str, "sunken", 6))
return LINE_SUNKEN;
if(0==memcmp(str, "dots", 4))
return LINE_DOTS;
if(0==memcmp(str, "flat", 4))
return LINE_FLAT;
}
return def;
}
static ETBarBorder toTBarBorder(const char *str, ETBarBorder def)
{
if(str)
{
if(0==memcmp(str, "dark", 4))
return 0==memcmp(&str[4], "-all", 4) ? TB_DARK_ALL : TB_DARK;
if(0==memcmp(str, "none", 4))
return TB_NONE;
if(0==memcmp(str, "light", 5))
return 0==memcmp(&str[5], "-all", 4) ? TB_LIGHT_ALL : TB_LIGHT;
}
return def;
}
static EMouseOver toMouseOver(const char *str, EMouseOver def)
{
if(str)
{
if(0==memcmp(str, "true", 4) || 0==memcmp(str, "colored", 7))
return MO_COLORED;
if(0==memcmp(str, "plastik", 7))
return MO_PLASTIK;
if(0==memcmp(str, "false", 4) || 0==memcmp(str, "none", 4))
return MO_NONE;
}
return def;
}
static EAppearance toAppearance(const char *str, EAppearance def)
{
if(str)
{
if(0==memcmp(str, "flat", 4))
return APPEARANCE_FLAT;
if(0==memcmp(str, "raised", 6))
return APPEARANCE_RAISED;
if(0==memcmp(str, "gradient", 8) || 0==memcmp(str, "lightgradient", 13))
return APPEARANCE_GRADIENT;
if(0==memcmp(str, "splitgradient", 13))
return APPEARANCE_SPLIT_GRADIENT;
if(0==memcmp(str, "glass", 5) || 0==memcmp(str, "shinyglass", 10))
return APPEARANCE_SHINY_GLASS;
if(0==memcmp(str, "dullglass", 9))
return APPEARANCE_DULL_GLASS;
if(0==memcmp(str, "inverted", 8))
return APPEARANCE_INVERTED;
if(0==memcmp(str, "bevelled", 8))
return APPEARANCE_BEVELLED;
}
return def;
}
static EShade toShade(const char *str, bool allowDarken, EShade def)
{
if(str)
{
/* true/false is from 0.25... */
if(0==memcmp(str, "true", 4) || 0==memcmp(str, "selected", 8))
return SHADE_BLEND_SELECTED;
if(0==memcmp(str, "origselected", 12))
return SHADE_SELECTED;
if(allowDarken && 0==memcmp(str, "darken", 6))
return SHADE_DARKEN;
if(0==memcmp(str, "custom", 6))
return SHADE_CUSTOM;
if(0==memcmp(str, "none", 4))
return SHADE_NONE;
}
return def;
}
/* Prior to 0.42 round was a bool - so need to read 'false' as 'none' */
static ERound toRound(const char *str, ERound def)
{
if(str)
{
if(0==memcmp(str, "none", 4) || 0==memcmp(str, "false", 5))
return ROUND_NONE;
if(0==memcmp(str, "slight", 6))
return ROUND_SLIGHT;
if(0==memcmp(str, "full", 4))
return ROUND_FULL;
}
return def;
}
static EScrollbar toScrollbar(const char *str, EScrollbar def)
{
if(str)
{
if(0==memcmp(str, "kde", 3))
return SCROLLBAR_KDE;
if(0==memcmp(str, "windows", 7))
return SCROLLBAR_WINDOWS;
if(0==memcmp(str, "platinum", 8))
return SCROLLBAR_PLATINUM;
if(0==memcmp(str, "next", 4))
return SCROLLBAR_NEXT;
if(0==memcmp(str, "none", 4))
return SCROLLBAR_NONE;
}
return def;
}
static EEffect toEffect(const char *str, EEffect def)
{
if(str)
{
if(0==memcmp(str, "none", 4))
return EFFECT_NONE;
if(0==memcmp(str, "shadow", 6))
return EFFECT_SHADOW;
if(0==memcmp(str, "etch", 4))
return EFFECT_ETCH;
}
return def;
}
static EShading toShading(const char * str, EShading def)
{
if(str)
{
if(0==memcmp(str, "simple", 6))
return SHADING_SIMPLE;
if(0==memcmp(str, "hsl", 3))
return SHADING_HSL;
if(0==memcmp(str, "hsv", 3))
return SHADING_HSV;
}
return def;
}
static EStripe toStripe(const char * str, EStripe def)
{
if(str)
{
if(0==memcmp(str, "plain", 5) || 0==memcmp(str, "true", 4))
return STRIPE_PLAIN;
if(0==memcmp(str, "none", 4) || 0==memcmp(str, "false", 5))
return STRIPE_NONE;
if(0==memcmp(str, "diagonal", 8))
return STRIPE_DIAGONAL;
}
return def;
}
static ESliderStyle toSlider(const char * str, ESliderStyle def)
{
if(str)
{
if(0==memcmp(str, "round", 5))
return SLIDER_ROUND;
if(0==memcmp(str, "plain", 5))
return SLIDER_PLAIN;
if(0==memcmp(str, "triangular", 10))
return SLIDER_TRIANGULAR;
}
return def;
}
#endif
#ifdef CONFIG_WRITE
#include <kstandarddirs.h>
#endif
static const char * getHome()
{
static const char *home=NULL;
if(!home)
{
struct passwd *p=getpwuid(getuid());
if(p)
home=p->pw_dir;
else
{
char *env=getenv("HOME");
if(env)
home=env;
}
if(!home)
home="/tmp";
}
return home;
}
static const char *xdgConfigFolder()
{
static char xdgDir[TQTC_MAX_FILENAME_LEN]={'\0'};
if(!xdgDir[0])
{
static const char *home=NULL;
#if 0
char *env=getenv("XDG_CONFIG_HOME");
/*
Check the setting of XDG_CONFIG_HOME
For some reason, sudo leaves the env vars set to those of the
caller - so XDG_CONFIG_HOME would point to the users setting, and
not roots.
Therefore, check that home is first part of XDG_CONFIG_HOME
*/
if(env && 0==getuid())
{
if(!home)
home=getHome();
if(home && home!=strstr(env, home))
env=NULL;
}
#else
/*
Hmm... for 'root' dont bother to check env var, just set to ~/.config
- as problems would arise if "sudo kcmshell style", and then
"sudo su" / "kcmshell style". The 1st would write to ~/.config, but
if root has a XDG_ set then that would be used on the second :-(
*/
char *env=0==getuid() ? NULL : getenv("XDG_CONFIG_HOME");
#endif
if(!env)
{
if(!home)
home=getHome();
sprintf(xdgDir, "%s/.config", home);
}
else
strcpy(xdgDir, env);
#if defined CONFIG_WRITE || !defined __cplusplus
{
struct stat info;
if(0!=lstat(xdgDir, &info))
{
#ifdef __cplusplus
KStandardDirs::makeDir(xdgDir, 0755);
#else
g_mkdir_with_parents(xdgDir, 0755);
#endif
}
}
#endif
}
return xdgDir;
}
#ifdef CONFIG_READ
#ifdef __cplusplus
#define TQTC_IS_BLACK(A) (0==(A).red() && 0==(A).green() && 0==(A).blue())
#else
#define TQTC_IS_BLACK(A) (0==(A).red && 0==(A).green && 0==(A).blue)
#endif
static void checkColor(EShade *s, color *c)
{
if(SHADE_CUSTOM==*s && TQTC_IS_BLACK(*c))
*s=SHADE_NONE;
}
#ifdef __cplusplus
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
#include <TQMap>
#include <TQFile>
#include <TQTextStream>
#define TQTC_LATIN1(A) A.toLatin1()
#else
#define TQTC_LATIN1(A) A.latin1()
#include <tqmap.h>
#include <tqfile.h>
#include <tqtextstream.h>
#endif
class TQtCConfig
{
public:
TQtCConfig(const TQString &filename);
bool ok() const { return values.count()>0; }
const TQString & readEntry(const char *key, const TQString &def=TQString());
private:
TQMap<TQString, TQString> values;
};
TQtCConfig::TQtCConfig(const TQString &filename)
{
TQFile f(filename);
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
if(f.open(TQIODevice::ReadOnly))
#else
if(f.open(IO_ReadOnly))
#endif
{
TQTextStream stream(&f);
TQString line;
while(!stream.atEnd())
{
line = stream.readLine();
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
int pos=line.indexOf('=');
#else
int pos=line.find('=');
#endif
if(-1!=pos)
values[line.left(pos)]=line.mid(pos+1);
}
f.close();
}
}
inline const TQString & TQtCConfig::readEntry(const char *key, const TQString &def)
{
return values.contains(key) ? values[key] : def;
}
inline TQString readStringEntry(TQtCConfig &cfg, const char *key)
{
return cfg.readEntry(key);
}
static int readNumEntry(TQtCConfig &cfg, const char *key, int def)
{
const TQString &val(readStringEntry(cfg, key));
return val.isEmpty() ? def : val.toInt();
}
static bool readBoolEntry(TQtCConfig &cfg, const char *key, bool def)
{
const TQString &val(readStringEntry(cfg, key));
return val.isEmpty() ? def : (val=="true" ? true : false);
}
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
#define TQTC_LATIN1(A) A.toLatin1()
#else
#define TQTC_LATIN1(A) A.latin1()
#endif
#define TQTC_CFG_READ_COLOR(ENTRY) \
{ \
TQString sVal(cfg.readEntry(#ENTRY)); \
if(sVal.isEmpty()) \
opts->ENTRY=def->ENTRY; \
else \
setRgb(&(opts->ENTRY), TQTC_LATIN1(sVal)); \
}
#else
static char * lookupCfgHash(GHashTable **cfg, char *key, char *val)
{
char *rv=NULL;
if(!*cfg)
*cfg=g_hash_table_new(g_str_hash, g_str_equal);
else
rv=(char *)g_hash_table_lookup(*cfg, key);
if(!rv && val)
{
g_hash_table_insert(*cfg, g_strdup(key), g_strdup(val));
rv=(char *)g_hash_table_lookup(*cfg, key);
}
return rv;
}
static GHashTable * loadConfig(const char *filename)
{
FILE *f=fopen(filename, "r");
GHashTable *cfg=NULL;
if(f)
{
char line[TQTC_MAX_INPUT_LINE_LEN];
while(NULL!=fgets(line, TQTC_MAX_INPUT_LINE_LEN-1, f))
{
char *eq=strchr(line, '=');
int pos=eq ? eq-line : -1;
if(pos>0)
{
char *endl=strchr(line, '\n');
if(endl)
*endl='\0';
line[pos]='\0';
lookupCfgHash(&cfg, line, &line[pos+1]);
}
}
fclose(f);
}
return cfg;
}
static void releaseConfig(GHashTable *cfg)
{
g_hash_table_destroy(cfg);
}
static char * readStringEntry(GHashTable *cfg, char *key)
{
return lookupCfgHash(&cfg, key, NULL);
}
static int readNumEntry(GHashTable *cfg, char *key, int def)
{
char *str=readStringEntry(cfg, key);
return str ? atoi(str) : def;
}
static gboolean readBoolEntry(GHashTable *cfg, char *key, gboolean def)
{
char *str=readStringEntry(cfg, key);
return str ? (0==memcmp(str, "true", 4) ? true : false) : def;
}
#define TQTC_LATIN1(A) A
#define TQTC_CFG_READ_COLOR(ENTRY) \
{ \
const char *str=readStringEntry(cfg, #ENTRY); \
\
if(str) \
setRgb(&(opts->ENTRY), str); \
else \
opts->ENTRY=def->ENTRY; \
}
#endif
#define TQTC_CFG_READ_NUM(ENTRY) \
opts->ENTRY=readNumEntry(cfg, #ENTRY, def->ENTRY);
#define TQTC_CFG_READ_BOOL(ENTRY) \
opts->ENTRY=readBoolEntry(cfg, #ENTRY, def->ENTRY);
#define TQTC_CFG_READ_ROUND(ENTRY) \
opts->ENTRY=toRound(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_DI(ENTRY) \
opts->ENTRY=((double)(readNumEntry(cfg, #ENTRY, ((int)(def->ENTRY*100))-100)+100))/100.0;
#define TQTC_CFG_READ_TB_BORDER(ENTRY) \
opts->ENTRY=toTBarBorder(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_MOUSE_OVER(ENTRY) \
opts->ENTRY=toMouseOver(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_APPEARANCE(ENTRY, DEF) \
opts->ENTRY=toAppearance(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), DEF);
/*
#define TQTC_CFG_READ_APPEARANCE(ENTRY) \
opts->ENTRY=toAppearance(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
*/
#define TQTC_CFG_READ_STRIPE(ENTRY) \
opts->ENTRY=toStripe(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_SLIDER(ENTRY) \
opts->ENTRY=toSlider(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_DEF_BTN(ENTRY) \
opts->ENTRY=toInd(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_LINE(ENTRY) \
opts->ENTRY=toLine(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_SHADE(ENTRY, AD) \
opts->ENTRY=toShade(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), AD, def->ENTRY);
#define TQTC_CFG_READ_SCROLLBAR(ENTRY) \
opts->ENTRY=toScrollbar(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#define TQTC_CFG_READ_EFFECT(ENTRY) \
opts->ENTRY=toEffect(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#ifdef TQTC_CONFIG_DIALOG
#define TQTC_CFG_READ_SHADING(ENTRY, UNUSED) \
opts->ENTRY=toShading(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), def->ENTRY);
#else
#define TQTC_CFG_READ_SHADING(ENTRY, DEF) \
ENTRY=toShading(TQTC_LATIN1(readStringEntry(cfg, #ENTRY)), DEF);
#endif
#ifdef __cplusplus
static bool readConfig(const TQString &file, Options *opts, Options *def)
#else
static bool readConfig(const char *file, Options *opts, Options *def)
#endif
{
#ifdef __cplusplus
if(file.isEmpty())
{
const char *xdg=xdgConfigFolder();
if(xdg)
{
TQString filename(xdg);
filename+="/"TQTC_FILE;
return readConfig(filename, opts, def);
}
}
#else
if(!file)
{
const char *xdg=xdgConfigFolder();
if(xdg)
{
char filename[TQTC_MAX_FILENAME_LEN];
sprintf(filename, "%s/"TQTC_FILE, xdg);
return readConfig(filename, opts, def);
}
}
#endif
else
{
#ifdef __cplusplus
TQtCConfig cfg(file);
if(cfg.ok())
{
#else
GHashTable *cfg=loadConfig(file);
if(cfg)
{
#endif
TQTC_CFG_READ_NUM(passwordChar)
TQTC_CFG_READ_ROUND(round)
TQTC_CFG_READ_DI(highlightFactor)
TQTC_CFG_READ_TB_BORDER(toolbarBorders)
TQTC_CFG_READ_APPEARANCE(appearance, def->appearance)
TQTC_CFG_READ_BOOL(fixParentlessDialogs)
TQTC_CFG_READ_STRIPE(stripedProgress)
TQTC_CFG_READ_SLIDER(sliderStyle)
TQTC_CFG_READ_BOOL(animatedProgress)
TQTC_CFG_READ_BOOL(lighterPopupMenuBgnd)
TQTC_CFG_READ_BOOL(embolden)
TQTC_CFG_READ_DEF_BTN(defBtnIndicator)
TQTC_CFG_READ_LINE(sliderThumbs)
TQTC_CFG_READ_LINE(handles)
TQTC_CFG_READ_BOOL(highlightTab)
TQTC_CFG_READ_BOOL(colorSelTab)
TQTC_CFG_READ_SHADE(shadeSliders, false)
TQTC_CFG_READ_SHADE(shadeMenubars, true)
TQTC_CFG_READ_SHADE(shadeCheckRadio, false)
TQTC_CFG_READ_APPEARANCE(menubarAppearance, def->menubarAppearance)
TQTC_CFG_READ_APPEARANCE(menuitemAppearance, opts->appearance)
TQTC_CFG_READ_APPEARANCE(toolbarAppearance, def->toolbarAppearance)
TQTC_CFG_READ_LINE(toolbarSeparators)
TQTC_CFG_READ_LINE(splitters)
TQTC_CFG_READ_BOOL(customMenuTextColor)
TQTC_CFG_READ_MOUSE_OVER(coloredMouseOver)
TQTC_CFG_READ_BOOL(menubarMouseOver)
TQTC_CFG_READ_BOOL(shadeMenubarOnlyWhenActive)
TQTC_CFG_READ_BOOL(thinnerMenuItems)
TQTC_CFG_READ_COLOR(customSlidersColor)
TQTC_CFG_READ_COLOR(customMenubarsColor)
TQTC_CFG_READ_COLOR(customMenuSelTextColor)
TQTC_CFG_READ_COLOR(customMenuNormTextColor)
TQTC_CFG_READ_COLOR(customCheckRadioColor)
TQTC_CFG_READ_SCROLLBAR(scrollbarType)
TQTC_CFG_READ_EFFECT(buttonEffect)
TQTC_CFG_READ_APPEARANCE(lvAppearance, opts->appearance)
TQTC_CFG_READ_APPEARANCE(tabAppearance, opts->appearance)
TQTC_CFG_READ_APPEARANCE(sliderAppearance, opts->appearance)
TQTC_CFG_READ_APPEARANCE(progressAppearance, opts->appearance)
#ifndef TQTC_PLAIN_FOCUS_ONLY
TQTC_CFG_READ_BOOL(stdFocus)
#endif
TQTC_CFG_READ_BOOL(lvLines)
TQTC_CFG_READ_BOOL(drawStatusBarFrames)
TQTC_CFG_READ_BOOL(fillSlider)
TQTC_CFG_READ_BOOL(roundMbTopOnly)
TQTC_CFG_READ_BOOL(borderMenuitems)
TQTC_CFG_READ_BOOL(gradientPbGroove)
TQTC_CFG_READ_BOOL(darkerBorders)
TQTC_CFG_READ_BOOL(vArrows)
TQTC_CFG_READ_BOOL(xCheck)
TQTC_CFG_READ_BOOL(framelessGroupBoxes)
TQTC_CFG_READ_BOOL(inactiveHighlight)
TQTC_CFG_READ_BOOL(colorMenubarMouseOver)
#ifdef __cplusplus
TQTC_CFG_READ_BOOL(stdSidebarButtons)
TQTC_CFG_READ_BOOL(gtkScrollViews)
TQTC_CFG_READ_BOOL(gtkComboMenus)
/*
#else
TQTC_CFG_READ_BOOL(setDialogButtonOrder)
*/
#endif
#if !defined __cplusplus || defined TQTC_CONFIG_DIALOG
TQTC_CFG_READ_BOOL(mapKdeIcons)
#endif
#if defined TQTC_CONFIG_DIALOG || (defined [[[TQT_VERSION IS DEPRECATED]]] && ([[[TQT_VERSION IS DEPRECATED]]] >= 0x040000)) || !defined __cplusplus
TQTC_CFG_READ_BOOL(gtkButtonOrder)
#endif
TQTC_CFG_READ_SHADING(shading, shading);
#ifndef __cplusplus
releaseConfig(cfg);
#endif
if(SHADE_SELECTED==opts->shadeCheckRadio)
opts->shadeCheckRadio=SHADE_BLEND_SELECTED;
checkColor(&opts->shadeMenubars, &opts->customMenubarsColor);
checkColor(&opts->shadeSliders, &opts->customSlidersColor);
checkColor(&opts->shadeCheckRadio, &opts->customCheckRadioColor);
if(APPEARANCE_BEVELLED==opts->toolbarAppearance)
opts->toolbarAppearance=APPEARANCE_GRADIENT;
else if(APPEARANCE_RAISED==opts->toolbarAppearance)
opts->toolbarAppearance=APPEARANCE_FLAT;
if(APPEARANCE_BEVELLED==opts->menubarAppearance)
opts->menubarAppearance=APPEARANCE_GRADIENT;
else if(APPEARANCE_RAISED==opts->menubarAppearance)
opts->menubarAppearance=APPEARANCE_FLAT;
if(APPEARANCE_BEVELLED==opts->sliderAppearance)
opts->sliderAppearance=APPEARANCE_GRADIENT;
if(APPEARANCE_BEVELLED==opts->tabAppearance)
opts->tabAppearance=APPEARANCE_GRADIENT;
if(opts->highlightFactor<((100.0+MIN_HIGHLIGHT_FACTOR)/100.0) ||
opts->highlightFactor>((100.0+MAX_HIGHLIGHT_FACTOR)/100.0))
opts->highlightFactor=DEFAULT_HIGHLIGHT_FACTOR;
if(opts->animatedProgress && !opts->stripedProgress)
opts->animatedProgress=false;
if(opts->colorSelTab && APPEARANCE_GRADIENT!=opts->tabAppearance)
opts->colorSelTab=false;
if(SHADE_CUSTOM==opts->shadeMenubars || SHADE_BLEND_SELECTED==opts->shadeMenubars || !opts->borderMenuitems)
opts->colorMenubarMouseOver=true;
return true;
}
}
return false;
}
static bool fileExists(const char *path)
{
struct stat info;
return 0==lstat(path, &info) && (info.st_mode&S_IFMT)==S_IFREG;
}
static const char * getSystemConfigFile()
{
static const char * constFiles[]={ "/etc/qt4/"TQTC_FILE, "/etc/qt3/"TQTC_FILE, "/etc/qt/"TQTC_FILE, NULL };
int i;
for(i=0; constFiles[i]; ++i)
if(fileExists(constFiles[i]))
return constFiles[i];
return NULL;
}
static void defaultSettings(Options *opts)
{
/* Set hard-coded defaults... */
opts->contrast=7;
opts->passwordChar=0x25CF;
opts->highlightFactor=DEFAULT_HIGHLIGHT_FACTOR;
opts->round=ROUND_FULL;
opts->lighterPopupMenuBgnd=true;
opts->animatedProgress=true;
opts->stripedProgress=STRIPE_DIAGONAL;
opts->sliderStyle=SLIDER_TRIANGULAR;
opts->highlightTab=true;
opts->colorSelTab=false;
opts->embolden=false;
opts->appearance=APPEARANCE_DULL_GLASS;
opts->lvAppearance=APPEARANCE_BEVELLED;
opts->tabAppearance=APPEARANCE_GRADIENT;
opts->sliderAppearance=APPEARANCE_DULL_GLASS;
opts->menubarAppearance=APPEARANCE_GRADIENT;
opts->menuitemAppearance=APPEARANCE_DULL_GLASS;
opts->toolbarAppearance=APPEARANCE_GRADIENT;
opts->progressAppearance=APPEARANCE_DULL_GLASS;
opts->defBtnIndicator=IND_COLORED;
opts->sliderThumbs=LINE_FLAT;
opts->handles=LINE_DOTS;
opts->shadeSliders=SHADE_BLEND_SELECTED;
opts->shadeMenubars=SHADE_DARKEN;
opts->shadeCheckRadio=SHADE_NONE;
opts->toolbarBorders=TB_NONE;
opts->toolbarSeparators=LINE_NONE;
opts->splitters=LINE_FLAT;
opts->fixParentlessDialogs=false;
opts->customMenuTextColor=false;
opts->coloredMouseOver=MO_PLASTIK;
opts->menubarMouseOver=true;
opts->shadeMenubarOnlyWhenActive=true;
opts->thinnerMenuItems=false;
opts->scrollbarType=SCROLLBAR_KDE;
opts->buttonEffect=EFFECT_NONE;
#ifndef TQTC_PLAIN_FOCUS_ONLY
opts->stdFocus=true;
#endif
opts->lvLines=false;
opts->drawStatusBarFrames=false;
opts->fillSlider=true;
opts->roundMbTopOnly=true;
opts->borderMenuitems=true;
opts->gradientPbGroove=true;
opts->darkerBorders=false;
opts->vArrows=false;
opts->xCheck=false;
opts->framelessGroupBoxes=false;
opts->colorMenubarMouseOver=false;
opts->inactiveHighlight=false;
#ifdef TQTC_CONFIG_DIALOG
opts->shading=SHADING_HSL;
#endif
#ifdef __cplusplus
opts->stdSidebarButtons=false;
opts->gtkScrollViews=false;
opts->gtkComboMenus=false;
opts->customMenubarsColor.setRgb(0, 0, 0);
opts->customSlidersColor.setRgb(0, 0, 0);
opts->customMenuNormTextColor.setRgb(0, 0, 0);
opts->customMenuSelTextColor.setRgb(0, 0, 0);
opts->customCheckRadioColor.setRgb(0, 0, 0);
#else
/*
opts->setDialogButtonOrder=false;
*/
opts->customMenubarsColor.red=opts->customMenubarsColor.green=opts->customMenubarsColor.blue=0;
opts->customSlidersColor.red=opts->customSlidersColor.green=opts->customSlidersColor.blue=0;
opts->customMenuNormTextColor.red=opts->customMenuNormTextColor.green=opts->customMenuNormTextColor.blue=0;
opts->customMenuSelTextColor.red=opts->customMenuSelTextColor.green=opts->customMenuSelTextColor.blue=0;
opts->customCheckRadioColor.red=opts->customCheckRadioColor.green=opts->customCheckRadioColor.blue=0;
#endif
#if !defined __cplusplus || defined TQTC_CONFIG_DIALOG
opts->mapKdeIcons=true;
#endif
#if defined TQTC_CONFIG_DIALOG || (defined [[[TQT_VERSION IS DEPRECATED]]] && ([[[TQT_VERSION IS DEPRECATED]]] >= 0x040000)) || !defined __cplusplus
opts->gtkButtonOrder=false;
#endif
/* Read system config file... */
{
static const char * systemFilename=NULL;
if(!systemFilename)
systemFilename=getSystemConfigFile();
if(systemFilename)
readConfig(systemFilename, opts, opts);
}
}
#endif
#ifdef CONFIG_WRITE
static const char *toStr(EDefBtnIndicator ind)
{
switch(ind)
{
case IND_NONE:
return "none";
case IND_FONT_COLOR:
return "fontcolor";
case IND_CORNER:
return "corner";
default:
return "colored";
}
}
static const char *toStr(ELine ind, bool none)
{
switch(ind)
{
case LINE_DOTS:
return "dots";
case LINE_DASHES:
return none ? "none" : "dashes";
case LINE_FLAT:
return "flat";
default:
return "sunken";
}
}
static const char *toStr(ETBarBorder ind)
{
switch(ind)
{
case TB_DARK:
return "dark";
case TB_DARK_ALL:
return "dark-all";
case TB_LIGHT_ALL:
return "light-all";
case TB_NONE:
return "none";
default:
return "light";
}
}
static const char *toStr(EMouseOver mo)
{
switch(mo)
{
case MO_COLORED:
return "colored";
case MO_NONE:
return "none";
default:
return "plastik";
}
}
static const char *toStr(EAppearance exp)
{
switch(exp)
{
case APPEARANCE_FLAT:
return "flat";
case APPEARANCE_RAISED:
return "raised";
case APPEARANCE_GRADIENT:
return "gradient";
case APPEARANCE_SPLIT_GRADIENT:
return "splitgradient";
case APPEARANCE_DULL_GLASS:
return "dullglass";
case APPEARANCE_BEVELLED:
return "bevelled";
case APPEARANCE_INVERTED:
return "inverted";
default:
return "shinyglass";
}
}
static const char *toStr(EShade exp, bool dark, bool convertBlendSelToSel)
{
switch(exp)
{
default:
case SHADE_NONE:
return "none";
case SHADE_BLEND_SELECTED:
return dark || !convertBlendSelToSel ? "selected" : "origselected";
case SHADE_CUSTOM:
return "custom";
/* case SHADE_SELECTED */
case SHADE_DARKEN:
return dark ? "darken" : "origselected";
}
}
static const char *toStr(ERound exp)
{
switch(exp)
{
case ROUND_NONE:
return "none";
case ROUND_SLIGHT:
return "slight";
default:
case ROUND_FULL:
return "full";
}
}
static const char *toStr(EScrollbar sb)
{
switch(sb)
{
case SCROLLBAR_KDE:
return "kde";
default:
case SCROLLBAR_WINDOWS:
return "windows";
case SCROLLBAR_PLATINUM:
return "platinum";
case SCROLLBAR_NEXT:
return "next";
case SCROLLBAR_NONE:
return "none";
}
}
static const char *toStr(EEffect e)
{
switch(e)
{
case EFFECT_NONE:
return "none";
default:
case EFFECT_SHADOW:
return "shadow";
case EFFECT_ETCH:
return "etch";
}
}
inline const char * toStr(bool b) { return b ? "true" : "false"; }
static TQString toStr(const TQColor &col)
{
TQString colorStr;
colorStr.sprintf("#%02X%02X%02X", col.red(), col.green(), col.blue());
return colorStr;
}
static const char *toStr(EShading s)
{
switch(s)
{
case SHADING_SIMPLE:
return "simple";
default:
case SHADING_HSL:
return "hsl";
case SHADING_HSV:
return "hsv";
}
}
static const char *toStr(EStripe s)
{
switch(s)
{
default:
case STRIPE_PLAIN:
return "plain";
case STRIPE_NONE:
return "none";
case STRIPE_DIAGONAL:
return "diagonal";
}
}
static const char *toStr(ESliderStyle s)
{
switch(s)
{
case SLIDER_PLAIN:
return "plain";
case SLIDER_TRIANGULAR:
return "triangular";
default:
case SLIDER_ROUND:
return "round";
}
}
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
#define CFG config
#else
#define CFG (*cfg)
#endif
#define CFG_WRITE_ENTRY(ENTRY) \
if (!exportingStyle && def.ENTRY==opts.ENTRY) \
CFG.deleteEntry(#ENTRY); \
else \
CFG.writeEntry(#ENTRY, toStr(opts.ENTRY));
#define CFG_WRITE_ENTRY_FORCE(ENTRY) \
CFG.writeEntry(#ENTRY, toStr(opts.ENTRY));
#define CFG_WRITE_ENTRY_B(ENTRY, B) \
if (!exportingStyle && def.ENTRY==opts.ENTRY) \
CFG.deleteEntry(#ENTRY); \
else \
CFG.writeEntry(#ENTRY, toStr(opts.ENTRY, B));
#define CFG_WRITE_ENTRY_SHADE(ENTRY, DARK, CONVERT_SHADE) \
if (!exportingStyle && def.ENTRY==opts.ENTRY) \
CFG.deleteEntry(#ENTRY); \
else \
CFG.writeEntry(#ENTRY, toStr(opts.ENTRY, DARK, CONVERT_SHADE));
#define CFG_WRITE_ENTRY_D(ENTRY) \
if (!exportingStyle && def.ENTRY==opts.ENTRY) \
CFG.deleteEntry(#ENTRY); \
else \
CFG.writeEntry(#ENTRY, ((int)(opts.ENTRY*100))-100);
#define CFG_WRITE_ENTRY_NUM(ENTRY) \
if (!exportingStyle && def.ENTRY==opts.ENTRY) \
CFG.deleteEntry(#ENTRY); \
else \
CFG.writeEntry(#ENTRY, opts.ENTRY);
bool static writeConfig(KConfig *cfg, const Options &opts, const Options &def, bool exportingStyle=false)
{
if(!cfg)
{
const char *xdg=xdgConfigFolder();
if(xdg)
{
char filename[TQTC_MAX_FILENAME_LEN];
sprintf(filename, "%s/"TQTC_FILE, xdg);
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
KConfig defCfg(filename, KConfig::SimpleConfig);
#else
KConfig defCfg(filename, false, false);
#endif
return writeConfig(&defCfg, opts, def, exportingStyle);
}
}
else
{
#if [[[TQT_VERSION IS DEPRECATED]]] >= 0x040000
KConfigGroup config(cfg, TQTC_GROUP);
#else
cfg->setGroup(TQTC_GROUP);
#endif
CFG_WRITE_ENTRY_NUM(passwordChar)
CFG_WRITE_ENTRY(round)
CFG_WRITE_ENTRY_D(highlightFactor)
CFG_WRITE_ENTRY(toolbarBorders)
CFG_WRITE_ENTRY_FORCE(appearance)
CFG_WRITE_ENTRY(fixParentlessDialogs)
CFG_WRITE_ENTRY(stripedProgress)
CFG_WRITE_ENTRY(sliderStyle)
CFG_WRITE_ENTRY(animatedProgress)
CFG_WRITE_ENTRY(lighterPopupMenuBgnd)
CFG_WRITE_ENTRY(embolden)
CFG_WRITE_ENTRY(defBtnIndicator)
CFG_WRITE_ENTRY_B(sliderThumbs, true)
CFG_WRITE_ENTRY_B(handles, false)
CFG_WRITE_ENTRY(highlightTab)
CFG_WRITE_ENTRY(colorSelTab)
CFG_WRITE_ENTRY_SHADE(shadeSliders, false, false)
CFG_WRITE_ENTRY_SHADE(shadeMenubars, true, false)
CFG_WRITE_ENTRY_SHADE(shadeCheckRadio, false, true)
CFG_WRITE_ENTRY_FORCE(menubarAppearance)
CFG_WRITE_ENTRY_FORCE(menuitemAppearance)
CFG_WRITE_ENTRY_FORCE(toolbarAppearance)
CFG_WRITE_ENTRY_B(toolbarSeparators, true)
CFG_WRITE_ENTRY_B(splitters, false)
CFG_WRITE_ENTRY(customMenuTextColor)
CFG_WRITE_ENTRY(coloredMouseOver)
CFG_WRITE_ENTRY(menubarMouseOver)
CFG_WRITE_ENTRY(shadeMenubarOnlyWhenActive)
CFG_WRITE_ENTRY(thinnerMenuItems)
CFG_WRITE_ENTRY(customSlidersColor)
CFG_WRITE_ENTRY(customMenubarsColor)
CFG_WRITE_ENTRY(customMenuSelTextColor)
CFG_WRITE_ENTRY(customMenuNormTextColor)
CFG_WRITE_ENTRY(customCheckRadioColor)
CFG_WRITE_ENTRY(scrollbarType)
CFG_WRITE_ENTRY(buttonEffect)
CFG_WRITE_ENTRY_FORCE(lvAppearance)
CFG_WRITE_ENTRY_FORCE(tabAppearance)
CFG_WRITE_ENTRY_FORCE(sliderAppearance)
CFG_WRITE_ENTRY_FORCE(progressAppearance)
#ifndef TQTC_PLAIN_FOCUS_ONLY
CFG_WRITE_ENTRY(stdFocus)
#endif
CFG_WRITE_ENTRY(lvLines)
CFG_WRITE_ENTRY(drawStatusBarFrames)
CFG_WRITE_ENTRY(fillSlider)
CFG_WRITE_ENTRY(roundMbTopOnly)
CFG_WRITE_ENTRY(borderMenuitems)
CFG_WRITE_ENTRY(gradientPbGroove)
CFG_WRITE_ENTRY(darkerBorders)
CFG_WRITE_ENTRY(vArrows)
CFG_WRITE_ENTRY(xCheck)
CFG_WRITE_ENTRY(framelessGroupBoxes)
CFG_WRITE_ENTRY(inactiveHighlight)
#ifdef __cplusplus
CFG_WRITE_ENTRY(stdSidebarButtons)
#endif
CFG_WRITE_ENTRY(gtkScrollViews)
CFG_WRITE_ENTRY(gtkComboMenus)
CFG_WRITE_ENTRY(gtkButtonOrder)
CFG_WRITE_ENTRY(mapKdeIcons)
CFG_WRITE_ENTRY(shading)
cfg->sync();
return true;
}
return false;
}
#endif
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