private static void InitialiseFontTable()
{
Debug.Assert(((int)FontId.NUM_FONTS == theFontTable.GetLength(0)),
"FontId.NUM_FONTS does not equal the number of fonts defined in the font table");
for (int i = 0; i < (int)FontId.NUM_FONTS; ++i)
{
string fontFamily = SeparatorResourceManager.GetInstance().
LookupFontFamilyString(theFontTable[i].aFontFamilyId);
int fontSize = SeparatorResourceManager.GetInstance().
LookupFontSize(theFontTable[i].aFontSizeId);
if (fontSize != 0)
{
Font separatorFont = new Font(fontFamily, fontSize);
theSeparatorFonts[i] = separatorFont;
}
}
}
public static ProtocolFormat GetProtocolFormat()
{
return(SeparatorResourceManager.GetInstance().protocolFormat);
}
public static void SetProtocolFormat(ProtocolFormat type)
{
SeparatorResourceManager.GetInstance().protocolFormat = type;
}
public static string GetErrorMessageString(string key)
{
return(SeparatorResourceManager.GetInstance().LookupErrorMessageString(key));
}
public static Font GetFont(FontId lookupKey)
{
return(SeparatorResourceManager.GetInstance().LookupFont(lookupKey));
}
public static string GetSeparatorString(StringId lookupKey)
{
return(SeparatorResourceManager.GetInstance().
LookupSeparatorResourceString(lookupKey));
}
// FUTURE: consider implementing a cache (hashtable?) based on the resource lookup
// string. You'd need to flush the cache if the thread culture changed, or have the
// cache as thread-local storage (and then control the 'thread caches' individually).
public static void GetSeparatorStateStrings(Type resourceType,
SeparatorState separatorState, out string stateName, out string stateDescription)
{
SeparatorResourceManager.GetInstance().LookupSeparatorStateStrings(resourceType,
separatorState, out stateName, out stateDescription);
}