void CodeFormatterDlg::OnCheckBox( wxCommandEvent& event )
{
size_t flag(0);
wxObject *obj = event.GetEventObject();
if (obj == m_checkBoxFormatBreakBlocks) {
flag = AS_BREAK_BLOCKS;
} else if (obj == m_checkBoxFormatBreakBlocksAll) {
flag = AS_BREAK_BLOCKS_ALL;
} else if (obj == m_checkBoxFormatBreakElseif) {
flag = AS_BREAK_ELSEIF;
} else if (obj == m_checkBoxFormatFillEmptyLines) {
flag = AS_FILL_EMPTY_LINES;
} else if (obj == m_checkBoxFormatOneLineKeepBlocks) {
flag = AS_ONE_LINE_KEEP_BLOCKS;
} else if (obj == m_checkBoxFormatOneLineKeepStmnt) {
flag = AS_ONE_LINE_KEEP_STATEMENT;
} else if (obj == m_checkBoxFormatPadOperators) {
flag = AS_PAD_OPER;
} else if (obj == m_checkBoxFormatPadParenth) {
flag = AS_PAD_PARENTHESIS;
} else if (obj == m_checkBoxFormatPadParentIn) {
flag = AS_PAD_PARENTHESIS_IN;
} else if (obj == m_checkBoxFormatPadParentOut) {
flag = AS_PAD_PARENTHESIS_OUT;
} else if (obj == m_checkBoxFormatUnPadParent) {
flag = AS_UNPAD_PARENTHESIS;
} else if (obj == m_checkBoxIndentBrackets) {
flag = AS_INDENT_BRACKETS;
} else if (obj == m_checkBoxIndentLabels) {
flag = AS_INDENT_LABELS;
} else if (obj == m_checkBoxIndentMaxInst) {
flag = AS_MAX_INSTATEMENT_INDENT;
} else if (obj == m_checkBoxIndentMinCond) {
flag = AS_MIN_COND_INDENT;
} else if (obj == m_checkBoxIndentNamespaces) {
flag = AS_INDENT_NAMESPACES;
} else if (obj == m_checkBoxIndentPreprocessors) {
flag = AS_INDENT_PREPROCESSORS;
} else if (obj == m_checkBoxIndetBlocks) {
flag = AS_INDENT_BLOCKS;
} else if (obj == m_checkBoxIndetCase) {
flag = AS_INDENT_CASE;
} else if (obj == m_checkBoxIndetClass) {
flag = AS_INDENT_CLASS;
} else if (obj == m_checkBoxIndetSwitch) {
flag = AS_INDENT_SWITCHES;
}
size_t options = m_options.GetOptions();
EnableFlag(options, flag, event.IsChecked());
m_options.SetOption(options);
UpdatePreview();
}
void SpectatorAddonMsg::CreateAura(uint32 _caster, uint32 _spellId, bool _isDebuff, uint8 _type, int32 _duration, int32 _expire, uint16 _stack, bool _isRemove)
{
if (!CanSandAura(_spellId))
return;
aCaster = _caster;
aSpellId = _spellId;
aIsDebuff = _isDebuff;
aType = _type;
aDuration = _duration;
aExpire = _expire;
aStack = _stack;
aRemove = _isRemove;
EnableFlag(SPECTATOR_PREFIX_AURA);
}
void LexerConf::FromXml(wxXmlNode* element)
{
if(element) {
m_flags = 0;
m_name = element->GetPropVal(wxT("Name"), wxEmptyString);
m_name.MakeLower();
m_lexerId = XmlUtils::ReadLong(element, wxT("Id"), 0);
m_themeName = XmlUtils::ReadString(element, "Theme", "Default");
EnableFlag(kIsActive, XmlUtils::ReadBool(element, "IsActive", false));
EnableFlag(kUseCustomTextSelectionFgColour,
XmlUtils::ReadBool(element, "UseCustomTextSelFgColour", false));
EnableFlag(kStyleInPP,
element->GetPropVal(wxT("StylingWithinPreProcessor"), wxT("yes")) == wxT("yes") ? true : false);
// load key words
wxXmlNode* node = NULL;
for(int i = 0; i < 10; ++i) {
wxString tagName = "KeyWords";
tagName << i;
node = XmlUtils::FindFirstByTagName(element, tagName);
if(node) {
wxString content = node->GetNodeContent();
content.Replace("\r", "");
content.Replace("\n", " ");
content.Replace("\\", " ");
m_keyWords[i] = content;
}
}
// load extensions
node = XmlUtils::FindFirstByTagName(element, wxT("Extensions"));
if(node) {
m_extension = node->GetNodeContent();
// Make sure that CMake includes the CMakeLists.txt file
if(m_lexerId == wxSTC_LEX_CMAKE) {
if(!m_extension.Contains("CMakeLists.txt")) {
m_extension = "*.cmake;*.CMAKE;*CMakeLists.txt";
}
}
}
// Hack: add RawString property to the lexers if not exist
// By default, we use the settings defined for the wxSTC_C_STRING
// property
bool isCxxLexer = (m_lexerId == wxSTC_LEX_CPP);
bool hasRawString = false;
// Keey NULL property
StyleProperty stringProp;
stringProp.SetId(STYLE_PROPERTY_NULL_ID);
// load properties
// Search for <properties>
node = XmlUtils::FindFirstByTagName(element, wxT("Properties"));
if(node) {
// We found the element, read the attributes
wxXmlNode* prop = node->GetChildren();
while(prop) {
if(prop->GetName() == wxT("Property")) {
// Read the font attributes
wxString Name = XmlUtils::ReadString(prop, wxT("Name"), wxT("DEFAULT"));
wxString bold = XmlUtils::ReadString(prop, wxT("Bold"), wxT("no"));
wxString italic = XmlUtils::ReadString(prop, wxT("Italic"), wxT("no"));
wxString eolFill = XmlUtils::ReadString(prop, wxT("EolFilled"), wxT("no"));
wxString underline = XmlUtils::ReadString(prop, wxT("Underline"), wxT("no"));
wxString strikeout = XmlUtils::ReadString(prop, wxT("Strikeout"), wxT("no"));
wxString face = XmlUtils::ReadString(prop, wxT("Face"), wxT("Courier"));
wxString colour = XmlUtils::ReadString(prop, wxT("Colour"), wxT("black"));
wxString bgcolour = XmlUtils::ReadString(prop, wxT("BgColour"), wxT("white"));
long fontSize = XmlUtils::ReadLong(prop, wxT("Size"), 10);
long propId = XmlUtils::ReadLong(prop, wxT("Id"), 0);
long alpha = XmlUtils::ReadLong(prop, wxT("Alpha"), 50);
// Mainly for upgrade purposes: check if already read
// the StringRaw propery
if(isCxxLexer && !hasRawString && propId == wxSTC_C_STRINGRAW) {
hasRawString = true;
}
StyleProperty property = StyleProperty(propId,
colour,
bgcolour,
fontSize,
Name,
face,
StringTolBool(bold),
StringTolBool(italic),
StringTolBool(underline),
StringTolBool(eolFill),
alpha);
if(isCxxLexer && propId == wxSTC_C_STRING) {
stringProp = property;
}
m_properties.insert(std::make_pair(propId, property));
}
prop = prop->GetNext();
}
// If we don't have the raw string style property,
// copy the string property and add it
if(isCxxLexer && !hasRawString && !stringProp.IsNull()) {
stringProp.SetId(wxSTC_C_STRINGRAW);
stringProp.SetName("Raw String");
m_properties.insert(std::make_pair(wxSTC_C_STRINGRAW, stringProp));
}
}
}
}
