LexerConf::Ptr_t EclipseInnoSetupThemeImporter::Import(const wxFileName& eclipseXmlFile)
{
LexerConf::Ptr_t lexer = InitializeImport(eclipseXmlFile, GetLangName(), wxSTC_LEX_INNOSETUP);
AddProperty(lexer, wxSTC_INNO_DEFAULT, "Default", m_foreground.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_COMMENT, "Comment", m_singleLineComment.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_KEYWORD, "Keyword", m_keyword.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_PARAMETER, "Parameter", m_variable.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_SECTION, "Section", m_klass.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_PREPROC, "Pre processor", m_string.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_INLINE_EXPANSION, "Inline Expansion", m_string.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_COMMENT_PASCAL, "Pascal Comment", m_singleLineComment.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_KEYWORD_PASCAL, "Pascal Keyword", m_keyword.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_KEYWORD_USER, "User Keyword", m_keyword.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_STRING_DOUBLE, "Double string", m_string.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_STRING_SINGLE, "Single string", m_string.colour, m_background.colour);
AddProperty(lexer, wxSTC_INNO_IDENTIFIER, "Identifier", m_foreground.colour, m_background.colour);
FinalizeImport(lexer);
return lexer;
}
bool GetLangNamesAutoC(int /*cat*/, StdStringVector &set)
{
for(int i = 0; i < GetLangCount(); ++i)
set.push_back(std::_tstring(GetLangName(i)) + _T("?2"));
return true;
}
void GenUsp10DllData()
{
WCHAR *text = new WCHAR[0xFFFF];
SCRIPT_ITEM *si = new SCRIPT_ITEM[0x0ffff];
for(int i = 0; i < 0xffff; ++i)
{
text[i] = i + 1;
}
int item_count = 0 ;
HRESULT hr = ScriptItemize(text, 0xffff, 0x0fffff, NULL, NULL, si, &item_count);
wprintf(L"#,code range,scriptId\n");
if(hr == S_OK)
{
WCHAR out_str[200];
for(int j = 0; j<item_count; ++j)
{
wsprintf(out_str, L"%d,U%04X-U%04X,%d\n",j,text[si[j].iCharPos], text[si[j+1].iCharPos - 1],si[j].a.eScript);
//OutputDebugString(out_str);
wprintf(out_str);
}
}
wprintf(L"\n**********************************************\n");
wprintf(L"Script Property List:\n\n");
WCHAR out_str[1000];
wprintf(L"id,");//, //:16; // Primary and sublanguage associated with script
wprintf(L"Name,");//,
wprintf(L"langid,");//, //:16; // Primary and sublanguage associated with script
wprintf(L"Numeric,");//, //:1;
wprintf(L"Complex,");//, //:1; // Script requires special shaping or layout
wprintf(L"NeedsWordBreaking,");//, //:1; // Requires ScriptBreak for word breaking information
wprintf(L"NeedsCaretInfo,");//, //:1; // Requires caret restriction to cluster boundaries
wprintf(L"CharSet,");//, //:8; // Charset to use when creating font
wprintf(L"Control,");//, //:1; // Contains only control characters
wprintf(L"PrivateUseArea,");//, //:1; // This item is from the Unicode range U+E000 through U+F8FF
wprintf(L"NeedsCharacterJustify,");//, //:1; // Requires inter-character justification
wprintf(L"InvalidGlyph,");//, //:1; // Invalid combinations generate glyph wgInvalid in the glyph buffer
wprintf(L"InvalidLogAttr,");//, //:1; // Invalid combinations are marked by fInvalid in the logical attributes
wprintf(L"CDM,");// //:1; // Contains Combining Diacritical Marks
wprintf(L"AmbiguousCharSet,");//, //:1; // Script does not correspond 1:1 with a charset
wprintf(L"ClusterSizeVaries,");//, //:1; // Measured cluster width depends on adjacent clusters
wprintf(L"RejectInvalid\n");//, //:1; // Invalid combinations rejected,//
const SCRIPT_PROPERTIES **propList = NULL;
int propCount = 0;
ScriptGetProperties(&propList, &propCount);
for (int i = 0; i < propCount; i++)
{
wprintf(L"%2d,", i);
wprintf(L"%s,", GetLangName(propList[i]->langid));
wprintf(L"0x%04X,", propList[i]->langid); //:16; // Primary and sublanguage associated with script
wprintf(L"%d,", propList[i]->fNumeric); //:1;
wprintf(L"%d,", propList[i]->fComplex); //:1; // Script requires special shaping or layout
wprintf(L"%d,", propList[i]->fNeedsWordBreaking); //:1; // Requires ScriptBreak for word breaking information
wprintf(L"%d,", propList[i]->fNeedsCaretInfo); //:1; // Requires caret restriction to cluster boundaries
wprintf(L"0x%02X,", propList[i]->bCharSet); //:8; // Charset to use when creating font
wprintf(L"%d,", propList[i]->fControl); //:1; // Contains only control characters
wprintf(L"%d,", propList[i]->fPrivateUseArea); //:1; // This item is from the Unicode range U+E000 through U+F8FF
wprintf(L"%d,", propList[i]->fNeedsCharacterJustify); //:1; // Requires inter-character justification
wprintf(L"%d,", propList[i]->fInvalidGlyph); //:1; // Invalid combinations generate glyph wgInvalid in the glyph buffer
wprintf(L"%d,", propList[i]->fInvalidLogAttr); //:1; // Invalid combinations are marked by fInvalid in the logical attributes
wprintf(L"%d,", propList[i]->fCDM); //:1; // Contains Combining Diacritical Marks
wprintf(L"%d,", propList[i]->fAmbiguousCharSet); //:1; // Script does not correspond 1:1 with a charset
wprintf(L"%d,", propList[i]->fClusterSizeVaries); //:1; // Measured cluster width depends on adjacent clusters
wprintf(L"%d\n", propList[i]->fRejectInvalid); //:1; // Invalid combinations should be rejected
}
delete[] si;
delete[] text;
}
