type/type.integer.public.clg

:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: : class Type.Integer.Public public Gilda: type Integer.Type in Byte, Parcel, Word, Cell global Bit0 |= 1, &Only special bits are defined. Bit7 |= 2 ^ 7, & Bit15 |= 2 ^ 15, & Bit16 |= 2 ^ 16, & Bit31 |= 2 ^ 31, & Bit32 |= 2 ^ 32, & Bit47 |= 2 ^ 47, & Bit48 |= 2 ^ 48, & Bit62 |= 2 ^ 62, & Bit63 |= 2 ^ 63, & Byte0 |= #FF, &Select a byte. Byte1 |= #FF00, & Byte2 |= #FF_0000, & Byte3 |= #FF00_0000, & Byte4 |= #FF_0000_0000, & Byte5 |= #FF00_0000_0000, & Byte6 |= #FF_0000_0000_0000, & Byte7 |= #FF00_0000_0000_0000, & Parcel0 |= #FFFF, &Select a parcel. Parcel1 |= #FFFF_0000, & Parcel2 |= #FFFF_0000_0000, & Parcel3 |= #FFFF_0000_0000_0000, & At.Bound |= -Span( @ ), &Select used reference bits. Parcel.Bound |= -2, & Word.Bound |= -4, & Cell.Bound |= -8 : :............................................................................... :::::::::::::::::::::::::::::: Integer.Endian ::::::::::::::::::::::::::::::::: : method ENDIAN..cell pure: Reverse the byte order of a Cell. change Integer cell :Integer to reorder. : :............................................................................... : method ENDIAN..word pure: Reverse the byte order of a Word. change Integer word :Integer to reorder. : :............................................................................... : method ENDIAN..parcel pure: Reverse the byte order of a Parcel. change Integer parcel :Integer to reorder. : :............................................................................... :::::::::::::::::::::::::::: Integer.Input(*) :::::::::::::::::::::::::::::::: : function IS.GILDA.INTEGER: See if a literal is a Gilda integer. entry Literal string, &Potentially an ASCII integer value. Signed = 0 Bit :Set to allow a leading sign. exit Valid Bit :Set if a valid Gilda integer. : :............................................................................... ::::::::::::::::::::::::::: Integer.Input(cell) :::::::::::::::::::::::::::::: : method INTEGER.GILDA..cell: Parse a signed decimal into an integer value. exit Integer cell entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : :............................................................................... : method INTEGER.JAVA..cell: Parse a Java decimal into a signed integer value. exit Integer cell :Binary result entry Input string : In - Index to the first digit :Out - Index past the last digit change Index = 0 word : In - Index to the first digit : <= 0 if input is only a number :Out - Index past the last digit : : Hex = {'0x' | '0X'} {'0'..'9' | 'A'..'F' | 'a'..'f'}+ : Octal = '0' {'0'..'7'}* : Decimal = ['+' | '-'] {'0'..'9'}* :............................................................................... : method INTEGER.DECIMAL..cell: Parse a signed decimal into an integer value. exit Integer cell :Binary result entry Input string : In - Index to the first digit :Out - Index past the last digit change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number :Out - Index past the last digit : : {'+' | '-'} decimal {decimal | '_'}* :............................................................................... method INTEGER.BINARY..cell: Parse an unsigned binary constant into an integer value. exit Integer cell entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.HEXADECIMAL..cell: Parse hex digits into an integer value. exit Integer cell entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.OCTAL..cell: Parse an unsigned octal constant into an integer value. exit Integer cell entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : function FORM.RADIX..cell: Convert an integer to a text representation in a base. entry Integer cell, &Unsigned integer to convert. Radix byte exit Form string :Formatted result (lowercase letters). :............................................................................... :::::::::::::::::::::::::::: Integer.Input(word) ::::::::::::::::::::::::::::: : method INTEGER.GILDA..word: Parse a signed decimal into an integer value. exit Integer word entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : :............................................................................... : method INTEGER.JAVA..word: Parse a Java decimal into a signed integer value. exit Integer word :Binary result. entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : Hex = {'0x' | '0X'} {'0'..'9' | 'A'..'F' | 'a'..'f'}+ : Octal = '0' {'0'..'7'}* : Decimal = ['+' | '-'] {'0'..'9'}* :............................................................................... : method INTEGER.BINARY..word: Parse an unsigned binary constant into an integer value. exit Integer word entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.DECIMAL..word: Parse a signed decimal into an integer value. exit Integer word entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : {'+' | '-'} decimal {decimal | '_'}* :............................................................................... : method INTEGER.HEXADECIMAL..word: Parse hex digits into an integer value. exit Integer word entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.OCTAL..word: Parse an unsigned octal constant into an integer value. exit Integer word entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : function FORM.RADIX..word: Convert an integer to a text representation in a base. entry Integer word, &Unsigned integer to convert. Radix byte exit Form string :Formatted result (lowercase letters). :............................................................................... :::::::::::::::::::::::::: Integer.Input(parcel) ::::::::::::::::::::::::::::: : method INTEGER.GILDA..parcel: Parse a signed decimal into an integer value. exit Integer parcel entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : :............................................................................... : method INTEGER.JAVA..parcel: Parse a Java decimal into a signed integer value. exit Integer parcel :Binary result. entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : Hex = {'0x' | '0X'} {'0'..'9' | 'A'..'F' | 'a'..'f'}+ : Octal = '0' {'0'..'7'}* : Decimal = ['+' | '-'] {'0'..'9'}* :............................................................................... : method INTEGER.BINARY..parcel: Parse an unsigned binary constant into an integer value. exit Integer parcel entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.DECIMAL..parcel: Parse a signed decimal into an integer value. exit Integer parcel entry Input string :Integer to convert. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : {'+' | '-'} decimal {decimal | '_'}* :............................................................................... : method INTEGER.HEXADECIMAL..parcel: Parse hex digits into an integer value. exit Integer parcel entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.OCTAL..parcel: Parse an unsigned octal constant into an integer value. exit Integer parcel entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : function FORM.RADIX..parcel: Convert an integer to a text representation in a base. entry Integer parcel, &Unsigned integer to convert. Radix byte exit Form string :Formatted result (lowercase letters). :............................................................................... :::::::::::::::::::::::::: Integer.Input(byte) ::::::::::::::::::::::::::::::: : method INTEGER.GILDA..byte: Parse a signed decimal into an integer value. exit Integer byte entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : :............................................................................... : method INTEGER.JAVA..byte: Parse a Java decimal into a signed integer value. exit Integer byte :Binary result. entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : Hex = {'0x' | '0X'} {'0'..'9' | 'A'..'F' | 'a'..'f'}+ : Octal = '0' {'0'..'7'}* : Decimal = ['+' | '-'] {'0'..'9'}* :............................................................................... : method INTEGER.BINARY..byte: Parse an unsigned binary constant into an integer value. exit Integer byte entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.DECIMAL..byte: Parse a signed decimal into an integer value. exit Integer byte entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. : : {'+' | '-'} decimal {decimal | '_'}* :............................................................................... :: method INTEGER.HEXADECIMAL..byte: Parse hex digits into an integer value. exit Integer byte entry Input string : In - Index to the first digit. :Out - Index past the last digit. change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : method INTEGER.OCTAL..byte: Parse an unsigned octal constant into an integer value. exit Integer byte entry Input string change Index = 0 word : In - Index to the first digit. : <= 0 if input is only a number. :Out - Index past the last digit. :............................................................................... : function FORM.RADIX..byte: Convert an integer to a text representation in a base. entry Integer byte, &Unsigned integer to convert. Radix byte exit Form string :Formatted result (lowercase letters). :............................................................................... end