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# __construct()
 -  takes a mandatory ICU array as its first argument
# ::getInstance()
 -  returns an sfNumberFormatInfo instance
 -  can take a sfCultureInfo instance as its first argument
 -  can take a culture as its first argument
 -  can take a formatting type as its second argument
# ->getPattern() ->setPattern()
 -   changes the current pattern
 -  is equivalent to ->Pattern = 
 -  is equivalent to ->Pattern
# ::getCurrencyInstance()
 -  is a shortcut for  and type sfNumberFormatInfo::CURRENCY
# ::getPercentageInstance()
 -  is a shortcut for  and type sfNumberFormatInfo::PERCENTAGE
# ::getScientificInstance()
 -  is a shortcut for  and type sfNumberFormatInfo::SCIENTIFIC
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
 -  returns  for culture 
# ->getDecimalDigits() ->setDecimalDigits()
 -  sets the current decimal digits
 -  is equivalent to ->DecimalDigits
 -  is equivalent to ->DecimalDigits = 
# ->getDecimalSeparator() ->setDecimalSeparator()
 -  sets the current decimal digits
 -  is equivalent to ->DecimalSeparator
 -  is equivalent to ->DecimalSeparator = 
# ->getGroupSeparator() ->setGroupSeparator()
 -  sets the current decimal digits
 -  is equivalent to ->GroupSeparator
 -  is equivalent to ->GroupSeparator = 
# ->getCurrencySymbol() ->setCurrencySymbol()
 -  sets the current decimal digits
 -  is equivalent to ->CurrencySymbol
 -  is equivalent to ->CurrencySymbol = 
# ->getNegativeInfinitySymbol() ->setNegativeInfinitySymbol()
 -  sets the current decimal digits
 -  is equivalent to ->NegativeInfinitySymbol
 -  is equivalent to ->NegativeInfinitySymbol = 
# ->getPositiveInfinitySymbol() ->setPositiveInfinitySymbol()
 -  sets the current decimal digits
 -  is equivalent to ->PositiveInfinitySymbol
 -  is equivalent to ->PositiveInfinitySymbol = 
# ->getNegativeSign() ->setNegativeSign()
 -  sets the current decimal digits
 -  is equivalent to ->NegativeSign
 -  is equivalent to ->NegativeSign = 
# ->getPositiveSign() ->setPositiveSign()
 -  sets the current decimal digits
 -  is equivalent to ->PositiveSign
 -  is equivalent to ->PositiveSign = 
# ->getNaNSymbol() ->setNaNSymbol()
 -  sets the current decimal digits
 -  is equivalent to ->NaNSymbol
 -  is equivalent to ->NaNSymbol = 
# ->getPercentSymbol() ->setPercentSymbol()
 -  sets the current decimal digits
 -  is equivalent to ->PercentSymbol
 -  is equivalent to ->PercentSymbol = 
# ->getPerMilleSymbol() ->setPerMilleSymbol()
 -  sets the current decimal digits
 -  is equivalent to ->PerMilleSymbol
 -  is equivalent to ->PerMilleSymbol = 
# ->getGroupSizes() ->setGroupSizes()
 -  sets the current decimal digits
 -  is equivalent to ->GroupSizes
 -  is equivalent to ->GroupSizes = 
# ->getNegativePattern() ->setNegativePattern()
 -  sets the current decimal digits
 -  is equivalent to ->NegativePattern
 -  is equivalent to ->NegativePattern = 
# ->getPositivePattern() ->setPositivePattern()
 -  sets the current decimal digits
 -  is equivalent to ->PositivePattern
 -  is equivalent to ->PositivePattern = 
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