package runesymbols import ( "sourcecode.social/reiver/go-hexadeca/symbols/byte" ) // LowerCase is used with hexadeca.EncodeByte() to encode a byte into hexadecimal symbols using lower-case symbols from ASCII / Unicode UTF-8. // I.e., // // '0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'a', 'b', 'c', 'd', 'e', 'f' // // Example usage: // // mostSignificiant, leastSignificant := hexadeca.EncodeByte(value, runesymbols.LowerCase) // // If ‘value’ was 254 (== 0xFE) then ‘mostSignificiant’ would be 'f' and and ‘leastSignificant’ would be 'e'. func LowerCase(value byte) rune { return rune(bytesymbols.LowerCase(value)) } // Persian is used with hexadeca.EncodeByte() to encode a byte into hexadecimal symbols using Persian symbols from Unicode UTF-8. // I.e., // // '۰' (zero), '۱' (one), '۲' (two), '۳' (three), '۴' (four), '۵' (five), '۶' (six), '۷' (seven), '۸' (eight) ,'۹' (nine), 'ا' (alef), 'ب ' (be), 'پ ' (pe), 'ت ' (te), 'ث ' (s̱e), 'ج' (jim) // // Example usage: // // mostSignificiant, leastSignificant := hexadeca.EncodeByte(value, runesymbols.Persian) // // If ‘value’ was 90 (== 0x5A) then ‘mostSignificiant’ would be '۵' and and ‘leastSignificant’ would be '\u0627'. func Persian(value byte) rune { var table [16]rune = [16]rune{ '\u06F0', // ۰ (zero) '\u06F1', // ۱ (one) '\u06F2', // ۲ (two) '\u06F3', // ۳ (three) '\u06F4', // ۴ (four) '\u06F5', // ۵ (five) '\u06F6', // ۶ (six) '\u06F7', // ۷ (seven) '\u06F8', // ۸ (eight) '\u06F9', // ۹ (nine) '\u0627', // ا (alef) '\u0628', // ب (be) '\u067E', // پ (pe) '\u062A', // ت (te) '\u062B', // ث (s̱e) '\u062C', // ج (jim) } var index int = int(value) % len(table) var result rune = table[index] return result } // UpperCase is used with hexadeca.EncodeByte() to encode a byte into hexadecimal symbols using upper-case symbols from ASCII / Unicode UTF-8. // I.e., // // '0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B', 'C', 'D', 'E', 'F' // // Example usage: // // mostSignificiant, leastSignificant := hexadeca.EncodeByte(value, runesymbols.UpperCase) // // If ‘value’ was 254 (== 0xFE) then ‘mostSignificiant’ would be 'F' and and ‘leastSignificant’ would be 'E'. func UpperCase(value byte) rune { return rune(bytesymbols.UpperCase(value)) }