The specification sometimes incorrectly interchanges the terms “hex digit”, “hex octet” and “hex value”.
Review all occurrences of these terms to ensure that they are used correctly:
- A “hex digit” is a value in the range 0 to 15, represented as a character in the set 0-9, A-F.
- A “hex octet” is a value in the range 0 to 255 decimal, represented as a pair of hex digits.
The term “hex value” should not be used.
- A “hex digit” is a value in the range 0 to 15, represented as a character in the set 0-9, A-F.
- A “hex octet” is a value in the range 0 to 255 decimal, represented as a pair of hex digits.
The term “hex value” should not be used.
All parts
ed
Proposed Disposition of DIS 29500 Comment ECMA-0046 (Modified: 2008-01-13) Agreed; the automated processing which was used to generate this data for Part 4 did not take into consideration the fact that some base types are not based on single-character units. For each such occurrence (a type derived from hexBinary with a length restriction), the text in the following sub-clauses will be updated as shown below: Part 4, §2.18.45, page 1,738, line 6 Part 4, §2.18.57, page 1,760, line 5 Part 4, §2.18.72, page 1,786, line 21 Part 4, §2.18.86, page 1,809, line 5 Part 4, §2.18.106, page 1,837, line 13 Part 4, §3.18.86, page 2,930, line 3 Part 4, §3.18.87, page 2,930, line 14 Part 4, §5.1.12.28, page 3,700, line 7 Part 4, §5.1.12.37, page 3,719, line 1 This simple type also specifies the following restrictions: This simple type’s contents must have a length of exactly … characters hexadecimal digit(s) . Note: The numeric value in each of these instances will also be doubled (to correctly display the value as the number of hexadecimal digits). Part 4, §2.4.51, page 429, attribute table Part 4, §2.4.52, page 431, attribute table Part 4, §2.15.1.86, page 1,252, attribute table Part 4, §2.15.1.87, page 1,253, attribute table Attributes Description val ( Two Digit Four Digit Hexadecimal Value) Specifies a value specified as a two four digit hexadecimal number value ) , whose contents are interpreted based on the context of the parent XML element. [Example: Consider the following WordprocessingML fragment: <w:tblPr> <w:tblLook w:val="0010" /> Attributes Description </w:tblPr> The value of 0010 is interpreted in the context of the parent element. end example] The possible values for this attribute are defined by the ST_ShortHexNumber simple type (§2.18.86). Part 4, §2.18.45, page 1,738, line 6 This simple type specifies that its contents shall contain a color value in RRGGBB hexadecimal format , specified using six hexadecimal digits . This specifies that e E ach of the red, green, and blue color values , from 0-255 , will be are encoded as a two hexadecimal digit s hexadecimal number . Part 4, §2.18.51 and Part 4, §2.18.52 This subclause will not be changed as ST_LangCode (and all references) have been removed in response to another comment. Part 4, §2.18.57, page 1,759, line 11 2.18.57 ST_LongHexNumber ( Eight Four Digit Hexadecimal Number Value) Part 4, §2.18.72, page 1,786, lines 10-11 This simple type specifies a number consisting of 10 20 hexadecimal digits which defines the Panose-1 classification number a font. Part 4, §2.18.86, page 1,808, line 44 2.18.86 ST_ShortHexNumber ( Four Two Digit Hexadecimal Number Value) Part 4, §2.18.106, page 1,837, line 5 2.18.106 ST_UcharHexNumber ( Four Two Digit Hexadecimal Number Value) Similar Comments: BR-0027 , BR-0028 , BR-0029 , BR-0037 , BR-0039 , BR-0040 , BR-0048 , BR-0049 , BR-0050 , BR-0051 , CA- 0029 , CL-0031 , CL-0124 , CL-0128 , CL-0129 , CL-0130 , CL-0137 , CL-0138 , CL-0194 , CL-0195 , CL-0203 , CL-0204 , CO-0125 , CO- 0127 , CO-0131 , CO-0138 , CO-0140 , CO-0205 , CO-0215 , CO-0218 , CZ-0007 , CZ-0031 , DE-0093 , DE-0096 , DE-0097 , FR-0322 , FR-0324 , FR-0325 , FR-0333 , FR-0336 , FR-0337 , FR-0354 , FR-0355 , FR-0360 , FR-0363 , GB-0274 , GB-0277 , GB-0278 , GB-0287 , GB-0289 , GB-0290 , GB-0306 , GB-0307 , GB-0311 , GB-0315 , GR-0051 , GR-0053 , GR-0054 , GR-0055 , GR-0062 , GR-0064 , GR- 0074 , GR-0082 , GR-0085 , IL-0017 , IN-0013 , IN-0045 , JP-0058 , JP-0060 , JP-0066 , JP-0067 , KE-0032 , KE-0035 , KE-0037 , KE- 0038 , KE-0044 , KE-0046 , KE-0056 , KE-0057 , KE-0061 , KE-0062 , MY-0023 , PT-0065 , PT-0067 , PT-0069 , PT-0070 , PT-0076 , PT-0078 , PT-0087 , PT-0088 , PT-0099 , PT-0103 , US-0071 , US-0073 , US-0074 , US-0111 , US-0115 , US-0117 , US-0135 , US-0136 , US-0146 , US-0149 , UY-0018 , VE-0033 , VE-0039 , VE-0040 , VE-0041 , VE-0050 , VE-0052 , VE-0053 , VE-0061 , VE-0062 , VE-0064 , VE-0067
