diff --git a/spec/numberformat.html b/spec/numberformat.html index 36c72d8d..65d2a9ac 100644 --- a/spec/numberformat.html +++ b/spec/numberformat.html @@ -117,24 +117,24 @@

PartitionNumberPattern ( _numberFormat_, _x_ )

1. Else, 1. Let _pattern_ be _numberFormat_.[[positivePattern]]. 1. Let _result_ be a new empty List. - 1. Let _beginIndex_ be Call(*%StringProto_indexOf%*, _pattern_, *"{"*, *0*). + 1. Let _beginIndex_ be Call(%StringProto_indexOf%, _pattern_, *"{"*, *0*). 1. Let _endIndex_ be 0. 1. Let _nextIndex_ be 0. 1. Let _length_ be the number of code units in _pattern_. 1. Repeat while _beginIndex_ is an integer index into _pattern_: - 1. Set _endIndex_ to Call(*%StringProto_indexOf%*, _pattern_, *"}"*, _beginIndex_) - 1. If _endIndex_ = -1, throw new Error exception. + 1. Set _endIndex_ to Call(%StringProto_indexOf%, _pattern_, *"}"*, _beginIndex_) + 1. Assert: _endIndex_ is greater than than _beginIndex_. 1. If _beginIndex_ is greater than _nextIndex_, then: 1. Let _literal_ be a substring of _pattern_ from position _nextIndex_, inclusive, to position _beginIndex_, exclusive. - 1. Add new part record { [[type]]: *"literal"*, [[value]]: _literal_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"literal"*, [[value]]: _literal_ } as the last element of _result_. 1. Let _p_ be the substring of _pattern_ from position _beginIndex_, exclusive, to position _endIndex_, exclusive. 1. If _p_ is equal *"number"*, then: 1. If _x_ is *NaN*, 1. Let _n_ be an ILD String value indicating the *NaN* value. - 1. Add new part record { [[type]]: *"nan"*, [[value]]: _n_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"nan"*, [[value]]: _n_ } as the last element of _result_. 1. Else if isFinite(_x_) is *false*, 1. Let _n_ be an ILD String value indicating infinity. - 1. Add new part record { [[type]]: *"infinity"*, [[value]]: _n_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"infinity"*, [[value]]: _n_ } as the last element of _result_. 1. Else, 1. If _numberFormat_.[[style]] is *"percent"*, let _x_ be 100 × _x_. 1. If the _numberFormat_.[[minimumSignificantDigits]] and _numberFormat_.[[maximumSignificantDigits]] are present, then @@ -145,7 +145,7 @@

PartitionNumberPattern ( _numberFormat_, _x_ )

1. Let _digits_ be an array whose 10 String valued elements are the UTF-16 string representations of the 10 _digits_ specified in the "Digits" column of the matching row in . 1. Replace each _digit_ in _n_ with the value of _digits_[_digit_]. 1. Else use an implementation dependent algorithm to map _n_ to the appropriate representation of _n_ in the given numbering system. - 1. Let _decimalSepIndex_ be Call(*%StringProto_indexOf%*, _n_, *"."*, 0). + 1. Let _decimalSepIndex_ be Call(%StringProto_indexOf%, _n_, *"."*, 0). 1. If _decimalSepIndex_ > 0, then: 1. Let _integer_ be the substring of _n_ from position 0, inclusive, to position _decimalSepIndex_, exclusive. 1. Let _fraction_ be the substring of _n_ from position _decimalSepIndex_, exclusive, to the end of _n_. @@ -158,24 +158,24 @@

PartitionNumberPattern ( _numberFormat_, _x_ )

1. Assert: The number of elements in _groups_ List is greater than *0*. 1. Repeat, while _groups_ List is not empty: 1. Remove the first element from _groups_ and let _integerGroup_ be the value of that element. - 1. Add new part record { [[type]]: *"integer"*, [[value]]: _integerGroup_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"integer"*, [[value]]: _integerGroup_ } as the last element of _result_. 1. If _groups_ List is not empty, then: - 1. Add new part record { [[type]]: *"group"*, [[value]]: _groupSepSymbol_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"group"*, [[value]]: _groupSepSymbol_ } as the last element of _result_. 1. Else, - 1. Add new part record { [[type]]: *"integer"*, [[value]]: _integer_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"integer"*, [[value]]: _integer_ } as the last element of _result_. 1. If _fraction_ is not *undefined*, then: 1. Let _decimalSepSymbol_ be the ILND String representing the decimal separator. - 1. Add new part record { [[type]]: *"decimal"*, [[value]]: _decimalSepSymbol_ } as a new element of the list _result_. - 1. Add new part record { [[type]]: *"fraction"*, [[value]]: _fraction_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"decimal"*, [[value]]: _decimalSepSymbol_ } as the last element of _result_. + 1. Append a new Record { [[type]]: *"fraction"*, [[value]]: _fraction_ } as the last element of _result_. 1. Else if _p_ is equal *"plusSign"*, then: 1. Let _plusSignSymbol_ be the ILND String representing the plus sign. - 1. Add new part record { [[type]]: *"plusSign"*, [[value]]: _plusSignSymbol_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"plusSign"*, [[value]]: _plusSignSymbol_ } as the last element of _result_. 1. Else if _p_ is equal *"minusSign"*, then: 1. Let _minusSignSymbol_ be the ILND String representing the minus sign. - 1. Add new part record { [[type]]: *"minusSign"*, [[value]]: _minusSignSymbol_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"minusSign"*, [[value]]: _minusSignSymbol_ } as the last element of _result_. 1. Else if _p_ is equal *"percentSign"* and _numberFormat_.[[style]] is *"percent"*, then: 1. Let _percentSignSymbol_ be the ILND String representing the percent sign. - 1. Add new part record { [[type]]: *"percentSign"*, [[value]]: _percentSignSymbol_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"percentSign"*, [[value]]: _percentSignSymbol_ } as the last element of _result_. 1. Else if _p_ is equal *"currency"* and _numberFormat_.[[style]] is *"currency"*, then: 1. Let _currency_ be _numberFormat_.[[currency]]. 1. Assert: _numberFormat_.[[currencyDisplay]] is *"code"*, *"symbol"* or *"name"*. @@ -185,15 +185,15 @@

PartitionNumberPattern ( _numberFormat_, _x_ )

1. Let _cd_ be an ILD string representing _currency_ in short form. If the implementation does not have such a representation of _currency_, use _currency_ itself. 1. Else if _numberFormat_.[[currencyDisplay]] is *"name"*, then 1. Let _cd_ be an ILD string representing _currency_ in long form. If the implementation does not have such a representation of _currency_, then use _currency_ itself. - 1. Add new part record { [[type]]: *"currency"*, [[value]]: _cd_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"currency"*, [[value]]: _cd_ } as the last element of _result_. 1. Else, 1. Let _literal_ be the substring of _pattern_ from position _beginIndex_, inclusive, to position _endIndex_, inclusive. - 1. Add new part record { [[type]]: *"literal"*, [[value]]: _literal_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"literal"*, [[value]]: _literal_ } as the last element of _result_. 1. Set _nextIndex_ to _endIndex_ + 1. - 1. Set _beginIndex_ to Call(*%StringProto_indexOf%*, _pattern_, "{", _nextIndex_) + 1. Set _beginIndex_ to Call(%StringProto_indexOf%, _pattern_, "{", _nextIndex_) 1. If _nextIndex_ is less than _length_, then: 1. Let _literal_ be the substring of _pattern_ from position _nextIndex_, inclusive, to position _length_, exclusive. - 1. Add new part record { [[type]]: *"literal"*, [[value]]: _literal_ } as a new element of the list _result_. + 1. Append a new Record { [[type]]: *"literal"*, [[value]]: _literal_ } as the last element of _result_. 1. Return _result_.