/
STS.cpp
3369 lines (2860 loc) · 97.7 KB
/
STS.cpp
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/*
* Copyright (C) 2003-2006 Gabest
* http://www.gabest.org
*
* This Program 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 2, or (at your option)
* any later version.
*
* 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 GNU Make; see the file COPYING. If not, write to
* the Free Software Foundation, 675 Mass Ave, Cambridge, MA 02139, USA.
* http://www.gnu.org/copyleft/gpl.html
*
*/
#include "stdafx.h"
#include "STS.h"
#include <atlbase.h>
#include "RealTextParser.h"
#include <fstream>
#include "CAutoTiming.h"
#include <algorithm>
#include <vector>
#include "xy_logger.h"
// gathered from http://www.netwave.or.jp/~shikai/shikai/shcolor.htm
struct htmlcolor {TCHAR* name; DWORD color;} hmtlcolors[] =
{
{_T("white"), 0xffffff},
{_T("whitesmoke"), 0xf5f5f5},
{_T("ghostwhite"), 0xf8f8ff},
{_T("snow"), 0xfffafa},
{_T("gainsboro"), 0xdcdcdc},
{_T("lightgrey"), 0xd3d3d3},
{_T("silver"), 0xc0c0c0},
{_T("darkgray"), 0xa9a9a9},
{_T("gray"), 0x808080},
{_T("dimgray"), 0x696969},
{_T("lightslategray"), 0x778899},
{_T("slategray"), 0x708090},
{_T("darkslategray"), 0x2f4f4f},
{_T("black"), 0x000000},
{_T("azure"), 0xf0ffff},
{_T("aliceblue"), 0xf0f8ff},
{_T("mintcream"), 0xf5fffa},
{_T("honeydew"), 0xf0fff0},
{_T("lightcyan"), 0xe0ffff},
{_T("paleturqoise"), 0xafeeee},
{_T("powderblue"), 0xb0e0e6},
{_T("lightblue"), 0xadd8ed},
{_T("lightsteelblue"), 0xb0c4de},
{_T("skyblue"), 0x87ceeb},
{_T("lightskyblue"), 0x87cefa},
{_T("cyan"), 0x00ffff},
{_T("aqua"), 0x00ff80},
{_T("deepskyblue"), 0x00bfff},
{_T("aquamarine"), 0x7fffd4},
{_T("turquoise"), 0x40e0d0},
{_T("darkturquoise"), 0x00ced1},
{_T("lightseagreen"), 0x20b2aa},
{_T("mediumturquoise"), 0x40e0dd},
{_T("mediumaquamarine"), 0x66cdaa},
{_T("cadetblue"), 0x5f9ea0},
{_T("teal"), 0x008080},
{_T("darkcyan"), 0x008b8b},
{_T("comflowerblue"), 0x6495ed},
{_T("dodgerblue"), 0x1e90ff},
{_T("steelblue"), 0x4682b4},
{_T("royalblue"), 0x4169e1},
{_T("blue"), 0x0000ff},
{_T("mediumblue"), 0x0000cd},
{_T("mediumslateblue"), 0x7b68ee},
{_T("slateblue"), 0x6a5acd},
{_T("darkslateblue"), 0x483d8b},
{_T("darkblue"), 0x00008b},
{_T("midnightblue"), 0x191970},
{_T("navy"), 0x000080},
{_T("palegreen"), 0x98fb98},
{_T("lightgreen"), 0x90ee90},
{_T("mediumspringgreen"), 0x00fa9a},
{_T("springgreen"), 0x00ff7f},
{_T("chartreuse"), 0x7fff00},
{_T("lawngreen"), 0x7cfc00},
{_T("lime"), 0x00ff00},
{_T("limegreen"), 0x32cd32},
{_T("greenyellow"), 0xadff2f},
{_T("yellowgreen"), 0x9acd32},
{_T("darkseagreen"), 0x8fbc8f},
{_T("mediumseagreen"), 0x3cb371},
{_T("seagreen"), 0x2e8b57},
{_T("olivedrab"), 0x6b8e23},
{_T("forestgreen"), 0x228b22},
{_T("green"), 0x008000},
{_T("darkkhaki"), 0xbdb76b},
{_T("olive"), 0x808000},
{_T("darkolivegreen"), 0x556b2f},
{_T("darkgreen"), 0x006400},
{_T("floralwhite"), 0xfffaf0},
{_T("seashell"), 0xfff5ee},
{_T("ivory"), 0xfffff0},
{_T("beige"), 0xf5f5dc},
{_T("cornsilk"), 0xfff8dc},
{_T("lemonchiffon"), 0xfffacd},
{_T("lightyellow"), 0xffffe0},
{_T("lightgoldenrodyellow"), 0xfafad2},
{_T("papayawhip"), 0xffefd5},
{_T("blanchedalmond"), 0xffedcd},
{_T("palegoldenrod"), 0xeee8aa},
{_T("khaki"), 0xf0eb8c},
{_T("bisque"), 0xffe4c4},
{_T("moccasin"), 0xffe4b5},
{_T("navajowhite"), 0xffdead},
{_T("peachpuff"), 0xffdab9},
{_T("yellow"), 0xffff00},
{_T("gold"), 0xffd700},
{_T("wheat"), 0xf5deb3},
{_T("orange"), 0xffa500},
{_T("darkorange"), 0xff8c00},
{_T("oldlace"), 0xfdf5e6},
{_T("linen"), 0xfaf0e6},
{_T("antiquewhite"), 0xfaebd7},
{_T("lightsalmon"), 0xffa07a},
{_T("darksalmon"), 0xe9967a},
{_T("salmon"), 0xfa8072},
{_T("lightcoral"), 0xf08080},
{_T("indianred"), 0xcd5c5c},
{_T("coral"), 0xff7f50},
{_T("tomato"), 0xff6347},
{_T("orangered"), 0xff4500},
{_T("red"), 0xff0000},
{_T("crimson"), 0xdc143c},
{_T("firebrick"), 0xb22222},
{_T("maroon"), 0x800000},
{_T("darkred"), 0x8b0000},
{_T("lavender"), 0xe6e6fe},
{_T("lavenderblush"), 0xfff0f5},
{_T("mistyrose"), 0xffe4e1},
{_T("thistle"), 0xd8bfd8},
{_T("pink"), 0xffc0cb},
{_T("lightpink"), 0xffb6c1},
{_T("palevioletred"), 0xdb7093},
{_T("hotpink"), 0xff69b4},
{_T("fuchsia"), 0xff00ee},
{_T("magenta"), 0xff00ff},
{_T("mediumvioletred"), 0xc71585},
{_T("deeppink"), 0xff1493},
{_T("plum"), 0xdda0dd},
{_T("violet"), 0xee82ee},
{_T("orchid"), 0xda70d6},
{_T("mediumorchid"), 0xba55d3},
{_T("mediumpurple"), 0x9370db},
{_T("purple"), 0x9370db},
{_T("blueviolet"), 0x8a2be2},
{_T("darkviolet"), 0x9400d3},
{_T("darkorchid"), 0x9932cc},
{_T("tan"), 0xd2b48c},
{_T("burlywood"), 0xdeb887},
{_T("sandybrown"), 0xf4a460},
{_T("peru"), 0xcd853f},
{_T("goldenrod"), 0xdaa520},
{_T("darkgoldenrod"), 0xb8860b},
{_T("chocolate"), 0xd2691e},
{_T("rosybrown"), 0xbc8f8f},
{_T("sienna"), 0xa0522d},
{_T("saddlebrown"), 0x8b4513},
{_T("brown"), 0xa52a2a},
};
CHtmlColorMap::CHtmlColorMap()
{
for(int i = 0; i < countof(hmtlcolors); i++)
SetAt(hmtlcolors[i].name, hmtlcolors[i].color);
}
CHtmlColorMap g_colors;
CString g_default_style(_T("Default"));
//
BYTE CharSetList[] =
{
ANSI_CHARSET,
DEFAULT_CHARSET,
SYMBOL_CHARSET,
SHIFTJIS_CHARSET,
HANGEUL_CHARSET,
HANGUL_CHARSET,
GB2312_CHARSET,
CHINESEBIG5_CHARSET,
OEM_CHARSET,
JOHAB_CHARSET,
HEBREW_CHARSET,
ARABIC_CHARSET,
GREEK_CHARSET,
TURKISH_CHARSET,
VIETNAMESE_CHARSET,
THAI_CHARSET,
EASTEUROPE_CHARSET,
RUSSIAN_CHARSET,
MAC_CHARSET,
BALTIC_CHARSET
};
TCHAR* CharSetNames[] =
{
_T("ANSI"),
_T("DEFAULT"),
_T("SYMBOL"),
_T("SHIFTJIS"),
_T("HANGEUL"),
_T("HANGUL"),
_T("GB2312"),
_T("CHINESEBIG5"),
_T("OEM"),
_T("JOHAB"),
_T("HEBREW"),
_T("ARABIC"),
_T("GREEK"),
_T("TURKISH"),
_T("VIETNAMESE"),
_T("THAI"),
_T("EASTEUROPE"),
_T("RUSSIAN"),
_T("MAC"),
_T("BALTIC"),
};
int CharSetLen = countof(CharSetList);
static void LogSegments(const CAtlArray<STSSegment>& segments)
{
#ifdef __DO_LOG
for (int i=0;i<segments.GetCount();i++)
{
const STSSegment& s = segments[i];
XY_LOG_INFO(_T("\tsegments ")<<i<<_T(":")<<s.start<<_T(" ")
<<s.end<<_T(" ")<<s.subs.GetCount());
XY_LOG_INFO(_T("\tsubs: "));
for (int j=0;j<s.subs.GetCount();j++)
{
XY_LOG_INFO(_T("\t\t ")<<s.subs[j]);
}
}
#endif
}
//
static DWORD CharSetToCodePage(DWORD dwCharSet)
{
CHARSETINFO cs={0};
::TranslateCharsetInfo((DWORD *)dwCharSet, &cs, TCI_SRCCHARSET);
return cs.ciACP;
}
int FindChar(CStringW str, WCHAR c, int pos, bool fUnicode, int CharSet)
{
if(fUnicode) return(str.Find(c, pos));
int fStyleMod = 0;
DWORD cp = CharSetToCodePage(CharSet);
int OrgCharSet = CharSet;
for(int i = 0, j = str.GetLength(), k; i < j; i++)
{
WCHAR c2 = str[i];
if(IsDBCSLeadByteEx(cp, (BYTE)c2)) i++;
else if(i >= pos)
{
if(c2 == c) return(i);
}
if(c2 == '{') fStyleMod++;
else if(fStyleMod > 0)
{
if(c2 == '}') fStyleMod--;
else if(c2 == 'e' && i >= 3 && i < j-1 && str.Mid(i-2, 3) == L"\\fe")
{
CharSet = 0;
for(k = i+1; _istdigit(str[k]); k++) CharSet = CharSet*10 + (str[k] - '0');
if(k == i+1) CharSet = OrgCharSet;
cp = CharSetToCodePage(CharSet);
}
}
}
return(-1);
}
/*
int FindChar(CStringA str, char c, int pos, bool fUnicode, int CharSet)
{
ASSERT(!fUnicode);
return(FindChar(AToW(str), c, pos, false, CharSet));
}
*/
static CStringW ToMBCS(CStringW str, DWORD CharSet)
{
CStringW ret;
DWORD cp = CharSetToCodePage(CharSet);
for(int i = 0, j = str.GetLength(); i < j; i++)
{
WCHAR wc = str.GetAt(i);
char c[8];
int len;
if((len = WideCharToMultiByte(cp, 0, &wc, 1, c, 8, NULL, NULL)) > 0)
{
for(int k = 0; k < len; k++)
ret += (WCHAR)(BYTE)c[k];
}
else
{
ret += '?';
}
}
return(ret);
}
static CStringW UnicodeSSAToMBCS(CStringW str, DWORD CharSet)
{
CStringW ret;
int OrgCharSet = CharSet;
for(int j = 0; j < str.GetLength(); )
{
j = str.Find('{', j);
if(j >= 0)
{
ret += ToMBCS(str.Left(j), CharSet);
str = str.Mid(j);
j = str.Find('}');
if(j < 0)
{
ret += ToMBCS(str, CharSet);
break;
}
else
{
int k = str.Find(L"\\fe");
if(k >= 0 && k < j)
{
CharSet = 0;
int l = k+3;
for(; _istdigit(str[l]); l++) CharSet = CharSet*10 + (str[l] - '0');
if(l == k+3) CharSet = OrgCharSet;
}
j++;
ret += ToMBCS(str.Left(j), OrgCharSet);
str = str.Mid(j);
j = 0;
}
}
else
{
ret += ToMBCS(str, CharSet);
break;
}
}
return(ret);
}
static CStringW ToUnicode(CStringW str, DWORD CharSet)
{
CStringW ret;
DWORD cp = CharSetToCodePage(CharSet);
for(int i = 0, j = str.GetLength(); i < j; i++)
{
WCHAR wc = str.GetAt(i);
char c = wc&0xff;
if(IsDBCSLeadByteEx(cp, (BYTE)wc))
{
i++;
if(i < j)
{
char cc[2];
cc[0] = c;
cc[1] = (char)str.GetAt(i);
MultiByteToWideChar(cp, 0, cc, 2, &wc, 1);
}
}
else
{
MultiByteToWideChar(cp, 0, &c, 1, &wc, 1);
}
ret += wc;
}
return(ret);
}
static CStringW MBCSSSAToUnicode(CStringW str, int CharSet)
{
CStringW ret;
int OrgCharSet = CharSet;
for(int j = 0; j < str.GetLength(); )
{
j = FindChar(str, '{', 0, false, CharSet);
if(j >= 0)
{
ret += ToUnicode(str.Left(j), CharSet);
str = str.Mid(j);
j = FindChar(str, '}', 0, false, CharSet);
if(j < 0)
{
ret += ToUnicode(str, CharSet);
break;
}
else
{
int k = str.Find(L"\\fe");
if(k >= 0 && k < j)
{
CharSet = 0;
int l = k+3;
for(; _istdigit(str[l]); l++) CharSet = CharSet*10 + (str[l] - '0');
if(l == k+3) CharSet = OrgCharSet;
}
j++;
ret += ToUnicode(str.Left(j), OrgCharSet);
str = str.Mid(j);
j = 0;
}
}
else
{
ret += ToUnicode(str, CharSet);
break;
}
}
return(ret);
}
CStringW RemoveSSATags(CStringW str, bool fUnicode, int CharSet)
{
str.Replace (L"{\\i1}", L"<i>");
str.Replace (L"{\\i}", L"</i>");
for(int i = 0, j; i < str.GetLength(); )
{
if((i = FindChar(str, '{', i, fUnicode, CharSet)) < 0) break;
if((j = FindChar(str, '}', i, fUnicode, CharSet)) < 0) break;
str.Delete(i, j-i+1);
}
str.Replace(L"\\N", L"\n");
str.Replace(L"\\n", L"\n");
str.Replace(L"\\h", L" ");
return(str);
}
//
static CStringW SubRipper2SSA(CStringW str, int CharSet)
{
str.Replace(L"<i>", L"{\\i1}");
str.Replace(L"</i>", L"{\\i}");
str.Replace(L"<b>", L"{\\b1}");
str.Replace(L"</b>", L"{\\b}");
str.Replace(L"<u>", L"{\\u1}");
str.Replace(L"</u>", L"{\\u}");
return(str);
}
static bool OpenSubRipper(CTextFile* file, CSimpleTextSubtitle& ret, int CharSet)
{
int num = 0;
CStringW buff;
while(file->ReadString(buff))
{
buff.Trim();
if(buff.IsEmpty()) continue;
WCHAR sep;
int hh1, mm1, ss1, ms1, hh2, mm2, ss2, ms2;
int c = swscanf(buff, L"%d%c%d%c%d%c%d --> %d%c%d%c%d%c%d\n",
&hh1, &sep, &mm1, &sep, &ss1, &sep, &ms1,
&hh2, &sep, &mm2, &sep, &ss2, &sep, &ms2);
if(c == 1) // numbering
{
num = hh1;
}
else if(c == 14) // time info
{
CStringW str, tmp;
bool fFoundEmpty = false;
while(file->ReadString(tmp))
{
tmp.Trim();
if(tmp.IsEmpty()) fFoundEmpty = true;
int num2;
WCHAR c;
if(swscanf(tmp, L"%d%c", &num2, &c) == 1 && fFoundEmpty)
{
num = num2;
break;
}
str += tmp + '\n';
}
ret.Add(
SubRipper2SSA(str, CharSet),
file->IsUnicode(),
(((hh1*60 + mm1)*60) + ss1)*1000 + ms1,
(((hh2*60 + mm2)*60) + ss2)*1000 + ms2);
}
else if(c != EOF) // might be another format
{
return(false);
}
}
return(!ret.IsEmpty());
}
static bool OpenOldSubRipper(CTextFile* file, CSimpleTextSubtitle& ret, int CharSet)
{
CStringW buff;
while(file->ReadString(buff))
{
buff.Trim();
if(buff.IsEmpty()) continue;
for(int i = 0; i < buff.GetLength(); i++)
{
if((i = FindChar(buff, '|', i, file->IsUnicode(), CharSet)) < 0) break;
buff.SetAt(i, '\n');
}
int hh1, mm1, ss1, hh2, mm2, ss2;
int c = swscanf(buff, L"{%d:%d:%d}{%d:%d:%d}", &hh1, &mm1, &ss1, &hh2, &mm2, &ss2);
if(c == 6)
{
ret.Add(
buff.Mid(buff.Find('}', buff.Find('}')+1)+1),
file->IsUnicode(),
(((hh1*60 + mm1)*60) + ss1)*1000,
(((hh2*60 + mm2)*60) + ss2)*1000);
}
else if(c != EOF) // might be another format
{
return(false);
}
}
return(!ret.IsEmpty());
}
static bool OpenSubViewer(CTextFile* file, CSimpleTextSubtitle& ret, int CharSet)
{
STSStyle def;
CStringW font, color, size;
bool fBold, fItalic, fStriked, fUnderline;
CStringW buff;
while(file->ReadString(buff))
{
buff.Trim();
if(buff.IsEmpty()) continue;
if(buff[0] == '[')
{
for(int i = 0; i < buff.GetLength() && buff[i]== '['; )
{
int j = buff.Find(']', ++i);
if(j < i) break;
CStringW tag = buff.Mid(i,j-i);
tag.Trim();
tag.MakeLower();
i += j-i;
j = buff.Find('[', ++i);
if(j < 0) j = buff.GetLength();
CStringW param = buff.Mid(i,j-i);
param.Trim(L" \\t,");
i = j;
if(tag == L"font")
font = def.fontName.CompareNoCase(WToT(param)) ? param : L"";
else if(tag == L"colf")
color = def.colors[0] != wcstol(((LPCWSTR)param)+2, 0, 16) ? param : L"";
else if(tag == L"size")
size = def.fontSize != wcstol(param, 0, 10) ? param : L"";
else if(tag == L"style")
{
if(param.Find(L"no") >= 0)
{
fBold = fItalic = fStriked = fUnderline = false;
}
else
{
fBold = def.fontWeight < FW_BOLD && param.Find(L"bd") >= 0;
fItalic = def.fItalic && param.Find(L"it") >= 0;
fStriked = def.fStrikeOut && param.Find(L"st") >= 0;
fUnderline = def.fUnderline && param.Find(L"ud") >= 0;
}
}
}
continue;
}
WCHAR sep;
int hh1, mm1, ss1, hs1, hh2, mm2, ss2, hs2;
int c = swscanf(buff, L"%d:%d:%d%c%d,%d:%d:%d%c%d\n",
&hh1, &mm1, &ss1, &sep, &hs1, &hh2, &mm2, &ss2, &sep, &hs2);
if(c == 10)
{
CStringW str;
file->ReadString(str);
str.Replace(L"[br]", L"\\N");
CStringW prefix;
if(!font.IsEmpty()) prefix += L"\\fn" + font;
if(!color.IsEmpty()) prefix += L"\\c" + color;
if(!size.IsEmpty()) prefix += L"\\fs" + size;
if(fBold) prefix += L"\\b1";
if(fItalic) prefix += L"\\i1";
if(fStriked) prefix += L"\\s1";
if(fUnderline) prefix += L"\\u1";
if(!prefix.IsEmpty()) str = L"{" + prefix + L"}" + str;
ret.Add(str,
file->IsUnicode(),
(((hh1*60 + mm1)*60) + ss1)*1000 + hs1*10,
(((hh2*60 + mm2)*60) + ss2)*1000 + hs2*10);
}
else if(c != EOF) // might be another format
{
return(false);
}
}
return(!ret.IsEmpty());
}
static STSStyle* GetMicroDVDStyle(CString str, int CharSet)
{
STSStyle* ret = new STSStyle();
if(!ret) return(NULL);
for(int i = 0, len = str.GetLength(); i < len; i++)
{
int j = str.Find('{', i);
if(j < 0) j = len;
if(j >= len) break;
int k = str.Find('}', j);
if(k < 0) k = len;
CString code = str.Mid(j, k-j);
if(code.GetLength() > 2) code.SetAt(1, (TCHAR)towlower(code[1]));
if(!_tcsnicmp(code, _T("{c:$"), 4))
{
_stscanf(code, _T("{c:$%x"), &ret->colors[0]);
}
else if(!_tcsnicmp(code, _T("{f:"), 3))
{
ret->fontName = code.Mid(3);
}
else if(!_tcsnicmp(code, _T("{s:"), 3))
{
float f;
if(1 == _stscanf(code, _T("{s:%f"), &f))
ret->fontSize = f;
}
else if(!_tcsnicmp(code, _T("{h:"), 3))
{
_stscanf(code, _T("{h:%d"), &ret->charSet);
}
else if(!_tcsnicmp(code, _T("{y:"), 3))
{
code.MakeLower();
if(code.Find('b') >= 0) ret->fontWeight = FW_BOLD;
if(code.Find('i') >= 0) ret->fItalic = true;
if(code.Find('u') >= 0) ret->fUnderline = true;
if(code.Find('s') >= 0) ret->fStrikeOut = true;
}
else if(!_tcsnicmp(code, _T("{p:"), 3))
{
int p;
_stscanf(code, _T("{p:%d"), &p);
ret->scrAlignment = (p == 0) ? 8 : 2;
}
i = k;
}
return(ret);
}
static CStringW MicroDVD2SSA(CStringW str, bool fUnicode, int CharSet)
{
CStringW ret;
enum {COLOR=0, FONTNAME, FONTSIZE, FONTCHARSET, BOLD, ITALIC, UNDERLINE, STRIKEOUT};
bool fRestore[8];
int fRestoreLen = 8;
memset(fRestore, 0, sizeof(bool)*fRestoreLen);
for(int pos = 0, eol; pos < str.GetLength(); pos++)
{
if((eol = FindChar(str, '|', pos, fUnicode, CharSet)) < 0) eol = str.GetLength();
CStringW line = str.Mid(pos, eol-pos);
pos = eol;
for(int i = 0, j, k, len = line.GetLength(); i < len; i++)
{
if((j = FindChar(line, '{', i, fUnicode, CharSet)) < 0) j = str.GetLength();
ret += line.Mid(i, j-i);
if(j >= len) break;
if((k = FindChar(line, '}', j, fUnicode, CharSet)) < 0) k = len;
{
CStringW code = line.Mid(j, k-j);
if(!wcsnicmp(code, L"{c:$", 4))
{
fRestore[COLOR] = (iswupper(code[1]) == 0);
code.MakeLower();
int color;
swscanf(code, L"{c:$%x", &color);
code.Format(L"{\\c&H%x&}", color);
ret += code;
}
else if(!wcsnicmp(code, L"{f:", 3))
{
fRestore[FONTNAME] = (iswupper(code[1]) == 0);
code.Format(L"{\\fn%s}", code.Mid(3));
ret += code;
}
else if(!wcsnicmp(code, L"{s:", 3))
{
fRestore[FONTSIZE] = (iswupper(code[1]) == 0);
code.MakeLower();
float size;
swscanf(code, L"{s:%f", &size);
code.Format(L"{\\fs%f}", size);
ret += code;
}
else if(!wcsnicmp(code, L"{h:", 3))
{
fRestore[COLOR] = (_istupper(code[1]) == 0);
code.MakeLower();
int CharSet;
swscanf(code, L"{h:%d", &CharSet);
code.Format(L"{\\fe%d}", CharSet);
ret += code;
}
else if(!wcsnicmp(code, L"{y:", 3))
{
bool f = (_istupper(code[1]) == 0);
code.MakeLower();
ret += '{';
if(code.Find('b') >= 0) {ret += L"\\b1"; fRestore[BOLD] = f;}
if(code.Find('i') >= 0) {ret += L"\\i1"; fRestore[ITALIC] = f;}
if(code.Find('u') >= 0) {ret += L"\\u1"; fRestore[UNDERLINE] = f;}
if(code.Find('s') >= 0) {ret += L"\\s1"; fRestore[STRIKEOUT] = f;}
ret += '}';
}
else if(!wcsnicmp(code, L"{o:", 3))
{
code.MakeLower();
int x, y;
TCHAR c;
swscanf(code, L"{o:%d%c%d", &x, &c, &y);
code.Format(L"{\\move(%d,%d,0,0,0,0)}", x, y);
ret += code;
}
else ret += code;
}
i = k;
}
if(pos >= str.GetLength()) break;
for(int i = 0; i < fRestoreLen; i++)
{
if(fRestore[i])
{
switch(i)
{
case COLOR: ret += L"{\\c}"; break;
case FONTNAME: ret += L"{\\fn}"; break;
case FONTSIZE: ret += L"{\\fs}"; break;
case FONTCHARSET: ret += L"{\\fe}"; break;
case BOLD: ret += L"{\\b}"; break;
case ITALIC: ret += L"{\\i}"; break;
case UNDERLINE: ret += L"{\\u}"; break;
case STRIKEOUT: ret += L"{\\s}"; break;
default: break;
}
}
}
memset(fRestore, 0, sizeof(bool)*fRestoreLen);
ret += L"\\N";
}
return(ret);
}
static bool OpenMicroDVD(CTextFile* file, CSimpleTextSubtitle& ret, int CharSet)
{
bool fCheck = false, fCheck2 = false;
CString style(_T("Default"));
CStringW buff;;
while(file->ReadString(buff))
{
buff.Trim();
if(buff.IsEmpty()) continue;
int start, end;
int c = swscanf(buff, L"{%d}{%d}", &start, &end);
if(c != 2) {c = swscanf(buff, L"{%d}{}", &start)+1; end = start + 60; fCheck = true;}
if(c != 2)
{
int i;
if(buff.Find('{') == 0 && (i = buff.Find('}')) > 1 && i < buff.GetLength())
{
if(STSStyle* s = GetMicroDVDStyle(WToT(buff.Mid(i+1)), CharSet))
{
style = buff.Mid(1, i-1);
style.MakeUpper();
if(style.GetLength()) {CString str = style.Mid(1); str.MakeLower(); style = style.Left(1) + str;}
ret.AddStyle(style, s);
CharSet = s->charSet;
continue;
}
}
}
if(c == 2)
{
if(fCheck2 && !ret.IsEmpty())
{
STSEntry& stse = ret.m_entries[ret.m_entries.GetCount()-1];
stse.end = min(stse.end, start);
fCheck2 = false;
}
ret.Add(
MicroDVD2SSA(buff.Mid(buff.Find('}', buff.Find('}')+1)+1), file->IsUnicode(), CharSet),
file->IsUnicode(),
start, end,
style);
if(fCheck)
{
fCheck = false;
fCheck2 = true;
}
}
else if(c != EOF) // might be another format
{
return(false);
}
}
return(!ret.IsEmpty());
}
static void ReplaceNoCase(CStringW& str, CStringW from, CStringW to)
{
CStringW lstr = str;
lstr.MakeLower();
int i, j, k;
for(i = 0, j = str.GetLength(); i < j; )
{
if((k = lstr.Find(from, i)) >= 0)
{
str.Delete(k, from.GetLength()); lstr.Delete(k, from.GetLength());
str.Insert(k, to); lstr.Insert(k, to);
i = k + to.GetLength();
j = str.GetLength();
}
else break;
}
}
static CStringW SMI2SSA(CStringW str, int CharSet)
{
ReplaceNoCase(str, L" ", L" ");
ReplaceNoCase(str, L""", L"\"");
ReplaceNoCase(str, L"<br>", L"\\N");
ReplaceNoCase(str, L"<i>", L"{\\i1}");
ReplaceNoCase(str, L"</i>", L"{\\i}");
ReplaceNoCase(str, L"<b>", L"{\\b1}");
ReplaceNoCase(str, L"</b>", L"{\\b}");
CStringW lstr = str;
lstr.MakeLower();
// maven@maven.de
// now parse line
for(int i = 0, j = str.GetLength(); i < j; )
{
int k;
if((k = lstr.Find('<', i)) < 0) break;
int chars_inserted = 0;
int l = 1;
for(; k+l < j && lstr[k+l] != '>'; l++);
l++;
// Modified by Cookie Monster
if (lstr.Find(L"<font ", k) == k)
{
CStringW args = lstr.Mid(k+6, l-6); // delete "<font "
CStringW arg ;
args.Remove('\"'); args.Remove('#'); // may include 2 * " + #
arg.TrimLeft(); arg.TrimRight(L" >");
for (;;)
{
args.TrimLeft();
arg = args.SpanExcluding(L" \t>");
args = args.Mid(arg.GetLength());