Czervik LSL Computer
Revision as of 14:09, 14 September 2007 by Xaviar Czervik (talk | contribs)
The below code is some code being written by Xaviar Czervik. It isn't even partly done, and I were a programmer It'd be version 0.00.0.000.0.01, although I don't do that... So, if you're interested on crashing the LSL compiler (This code doesn't compile 99% of the time) check out the code below. And incase you couldn't tell, I don't believe in comments.
key kQuery; integer iLine = 0; list ifStack; list stringsName; list strings; list intsName; list ints; string getType(string s) { if ((string)((integer)s) == s) return "int"; return "str"; } fail(string error) { llOwnerSay("Run-time Error: " + error); llResetScript(); } integer ifTest() { integer i = 0; while (i < llGetListLength(ifStack)) { string ifStr = llList2String(ifStack, 0); list ll = llParseString2List(ifStr, [" "], []); list ld = []; integer pos; pos = llListFindList(stringsName, [llList2String(ld, 1)]); if (pos != -1) { ld += llList2String(stringsName, pos); ld += ""; pos = llListFindList(stringsName, [llList2String(ld, 3)]); ld += llList2String(stringsName, pos); } else if (llListFindList(intsName, [llList2String(ld, 1)]) != -1) { ld += llList2String(intsName, pos); ld += 0; pos = llListFindList(intsName, [llList2String(ld, 3)]); ld += llList2String(intsName, pos); } else { fail("Variable not found."); } string typeFirst = getType(llList2String(ld, 1)); string typeSecond = getType(llList2String(ld, 3)); if (typeFirst == "str" || typeSecond == "str") { if (llList2String(ld, 2) == "==") { if (llList2String(ld, 1) == llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == "!=") { if (llList2String(ld, 1) != llList2String(ld, 3)) {} else { return 0; } } else { fail("Can not compare two strings using the " + llList2String(ld, 2) + " opperator."); } } else { if (llList2String(ld, 2) == "==") { if (llList2String(ld, 1) == llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == "!=") { if (llList2String(ld, 1) != llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == "<") { if ((integer)llList2String(ld, 1) < (integer)llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == ">") { if ((integer)llList2String(ld, 1) > (integer)llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == "<=") { if ((integer)llList2String(ld, 1) <= (integer)llList2String(ld, 3)) {} else { return 0; } } else if (llList2String(ld, 2) == ">=") { if ((integer)llList2String(ld, 1) >= (integer)llList2String(ld, 3)) {} else { return 0; } } else { fail("Can not compare two ints using the " + llList2String(ld, 2) + " opperator."); } } i++; } return 1; } default { touch_start(integer i) { llSay(0, "Starting Program..."); kQuery = llGetNotecardLine("Program", iLine); } dataserver(key query_id, string data) { if (query_id == kQuery) { if (data == EOF) { llSay(0, "Ending Program."); } else { if (data == ":") ifStack = llListReplaceList(ifStack, [], llGetListLength(ifStack) - 1, llGetListLength(ifStack) - 1); if (ifTest()) { list ld = llParseString2List(data, [" "], []); if (llList2String(ld, 0) == "str") { stringsName += llList2String(ld, 1); strings += llList2String(ld, 2); } else if (llList2String(ld, 0) == "int") { intsName += (integer)llList2String(ld, 1); ints += (integer)llList2String(ld, 2); } else if (llList2String(ld, 0) == "?") { ifStack += data; } else if (llList2String(ld, 0) == "say") { if (llGetSubString(llList2String(ld, 1), 0, 0) == "\"") { llSay(0, llGetSubString(llList2String(ld, 1), 1, -2)); } else { string type = getType(llList2String(ld, 3)); if (type == "str") { integer pos = llListFindList(stringsName, [llList2String(ld, 1)]); if (pos != -1) llSay(0, llList2String(strings, pos)); } else { integer pos = llListFindList(intsName, [llList2String(ld, 1)]); if (pos != -1) llSay(0, (string)llList2Integer(ints, pos)); } } } else { } ++iLine; kQuery = llGetNotecardLine("My Notecard", iLine); } } } }