- Reaction score
- 333
Provides two functions. Char2Ascii takes a string with one character and returns the ASCII code for that character. Ascii2Char takes an ASCII code and returns a string containing the character for that code.
The return value for Char2Ascii is undefined for invalid inputs and unsupported characters, but will usually be 0. Ascii2Char will simply return null for invalid inputs.
Presumably, the performance of this is better than linear search based solutions.
Here is the code:
Here is an example usage (converting strings to rawcodes and vice versa):
The return value for Char2Ascii is undefined for invalid inputs and unsupported characters, but will usually be 0. Ascii2Char will simply return null for invalid inputs.
Presumably, the performance of this is better than linear search based solutions.
Here is the code:
JASS:
library Ascii initializer Init
globals
private integer array Ints
private string array Chars
endglobals
function Char2Ascii takes string s returns integer
local integer i = Ints[StringHash(s) / 0x1F0748 + 0x3EA]
if i == 47 and s == "\\" then
set i = 92
elseif i >= 65 and i <= 90 and s != Chars<i> then
set i = i+32
endif
return i
endfunction
function Ascii2Char takes integer i returns string
return Chars<i>
endfunction
private function Init takes nothing returns nothing
set Ints[931] = 8
set Ints[1075] = 9
set Ints[1586] = 10
set Ints[1340] = 12
set Ints[412] = 13
set Ints[198] = 32
set Ints[1979] = 33
set Ints[1313] = 34
set Ints[1003] = 35
set Ints[1264] = 36
set Ints[983] = 37
set Ints[1277] = 38
set Ints[306] = 39
set Ints[904] = 40
set Ints[934] = 41
set Ints[917] = 42
set Ints[1972] = 43
set Ints[1380] = 44
set Ints[1985] = 45
set Ints[869] = 46
set Ints[1906] = 47
set Ints[883] = 48
set Ints[1558] = 49
set Ints[684] = 50
set Ints[582] = 51
set Ints[668] = 52
set Ints[538] = 53
set Ints[672] = 54
set Ints[1173] = 55
set Ints[71] = 56
set Ints[277] = 57
set Ints[89] = 58
set Ints[1141] = 59
set Ints[39] = 60
set Ints[1171] = 61
set Ints[51] = 62
set Ints[305] = 63
set Ints[0] = 64
set Ints[222] = 65
set Ints[178] = 66
set Ints[236] = 67
set Ints[184] = 68
set Ints[1295] = 69
set Ints[1390] = 70
set Ints[1276] = 71
set Ints[203] = 72
set Ints[1314] = 73
set Ints[209] = 74
set Ints[1315] = 75
set Ints[170] = 76
set Ints[1357] = 77
set Ints[1343] = 78
set Ints[1397] = 79
set Ints[1420] = 80
set Ints[1419] = 81
set Ints[1396] = 82
set Ints[1374] = 83
set Ints[1407] = 84
set Ints[499] = 85
set Ints[1465] = 86
set Ints[736] = 87
set Ints[289] = 88
set Ints[986] = 89
set Ints[38] = 90
set Ints[1230] = 91
set Ints[1636] = 93
set Ints[1416] = 94
set Ints[1917] = 95
set Ints[217] = 96
set Ints[833] = 123
set Ints[1219] = 124
set Ints[553] = 125
set Ints[58] = 126
set Chars[8] = "\b"
set Chars[9] = "\t"
set Chars[10] = "\n"
set Chars[12] = "\f"
set Chars[13] = "\r"
set Chars[32] = " "
set Chars[33] = "!"
set Chars[34] = "\""
set Chars[35] = "#"
set Chars[36] = "$"
set Chars[37] = "%"
set Chars[38] = "&"
set Chars[39] = "'"
set Chars[40] = "("
set Chars[41] = ")"
set Chars[42] = "*"
set Chars[43] = "+"
set Chars[44] = ","
set Chars[45] = "-"
set Chars[46] = "."
set Chars[47] = "/"
set Chars[48] = "0"
set Chars[49] = "1"
set Chars[50] = "2"
set Chars[51] = "3"
set Chars[52] = "4"
set Chars[53] = "5"
set Chars[54] = "6"
set Chars[55] = "7"
set Chars[56] = "8"
set Chars[57] = "9"
set Chars[58] = ":"
set Chars[59] = ";"
set Chars[60] = "<"
set Chars[61] = "="
set Chars[62] = ">"
set Chars[63] = "?"
set Chars[64] = "@"
set Chars[65] = "A"
set Chars[66] = "B"
set Chars[67] = "C"
set Chars[68] = "D"
set Chars[69] = "E"
set Chars[70] = "F"
set Chars[71] = "G"
set Chars[72] = "H"
set Chars[73] = "I"
set Chars[74] = "J"
set Chars[75] = "K"
set Chars[76] = "L"
set Chars[77] = "M"
set Chars[78] = "N"
set Chars[79] = "O"
set Chars[80] = "P"
set Chars[81] = "Q"
set Chars[82] = "R"
set Chars[83] = "S"
set Chars[84] = "T"
set Chars[85] = "U"
set Chars[86] = "V"
set Chars[87] = "W"
set Chars[88] = "X"
set Chars[89] = "Y"
set Chars[90] = "Z"
set Chars[92] = "\\"
set Chars[97] = "a"
set Chars[98] = "b"
set Chars[99] = "c"
set Chars[100] = "d"
set Chars[101] = "e"
set Chars[102] = "f"
set Chars[103] = "g"
set Chars[104] = "h"
set Chars[105] = "i"
set Chars[106] = "j"
set Chars[107] = "k"
set Chars[108] = "l"
set Chars[109] = "m"
set Chars[110] = "n"
set Chars[111] = "o"
set Chars[112] = "p"
set Chars[113] = "q"
set Chars[114] = "r"
set Chars[115] = "s"
set Chars[116] = "t"
set Chars[117] = "u"
set Chars[118] = "v"
set Chars[119] = "w"
set Chars[120] = "x"
set Chars[121] = "y"
set Chars[122] = "z"
set Chars[91] = "["
set Chars[93] = "]"
set Chars[94] = "^"
set Chars[95] = "_"
set Chars[96] = "`"
set Chars[123] = "{"
set Chars[124] = "|"
set Chars[125] = "}"
set Chars[126] = "~"
endfunction
endlibrary</i></i>Here is an example usage (converting strings to rawcodes and vice versa):
JASS:
library Example initializer Init requires Ascii
function String2Rawcode takes string s returns integer
local integer i = StringLength(s)
local integer j = 1
local integer k = 0
loop
exitwhen i == 0
set i = i-1
set k = k+Char2Ascii(SubString(s, i, i+1))*j
set j = j*256
endloop
return k
endfunction
function Rawcode2String takes integer i returns string
local string c = ""
loop
exitwhen i == 0
set c = Ascii2Char(i - (i / 256) * 256)+c
set i = i / 256
endloop
return c
endfunction
private function Init takes nothing returns nothing
call BJDebugMsg(I2S(String2Rawcode("hfoo"))) // Displays "1751543663"
call BJDebugMsg(I2S('hfoo')) // Also displays "1751543663"
call BJDebugMsg(Rawcode2String('hfoo')) // Displays "hfoo"
call BJDebugMsg(Rawcode2String('hpea')) // Displays "hpea"
endfunction
endlibrary
