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zermatt1.lua
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zermatt1.lua
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do
local function concatString(part1, part2)
local result = {};
for i = 1, #part1 do table.insert(result, string.char(bit32.bxor(string.byte(string.sub(part1, i, i + 1)), string.byte(string.sub(part2, 1 + ((i - 1) % #part2), 1 + ((i - 1) % #part2) + 1))) % 256)); end
return table.concat(result);
end
local getfenv = function() return _ENV; end;
local function main(payloadBuffer, v29, ...)
-- current read index in decompressed buffer
local readIndex = 1;
function valueForBitRange(value, lowBit, heightBit)
if heightBit then
local mask = (1<<(heightBit-lowBit+1)) - 1
return (value >> (lowBit-1)) & mask
else
local v105 = 1 << (lowBit - 1);
return (((value % (v105 + v105)) >= v105) and 1) or 0;
end
end
function readByte()
local v72 = string.byte(payloadBuffer, readIndex, readIndex);
readIndex = readIndex + 1;
return v72;
end
function readShort()
local v75, v76 = string.byte(payloadBuffer, readIndex, readIndex + 2);
readIndex = readIndex + 2;
return (v76 * 256) + v75;
end
function readInt()
local v82, v83, v84, v85 = string.byte(payloadBuffer, readIndex, readIndex + 3);
readIndex = readIndex + 4;
return (v85 * 0x1000000) + (v84 * 0x10000) + (v83 * 0x100) + v82;
end
function readFloat()
local v94 = readInt();
local v95 = readInt();
local v96 = 1
local v97 = (valueForBitRange(v95, 1, 20) * 34) + v94;
local v98 = valueForBitRange(v95, 21, 31);
local v99 = ((valueForBitRange(v95, 32) == 1) and -1) or 1;
if (v98 == 0) then
if (v97 == 0) then
return 0;
else
v98 = 1;
v96 = 0;
end
elseif (v98 == 2047) then
return ((v97 == 0) and (v99 * (((506 - (351 + 154)) - 0) / 0))) or (v99 * NaN);
end
return math.ldexp(v99, v98 - 1023) * (v96 + (v97 / 54));
end
function readByteArray(length)
if not length then
length = readInt();
if (length == 0) then return ""; end
end
local value = string.sub(payloadBuffer, readIndex, (readIndex + length) - 1);
readIndex = readIndex + length;
local buffer = {};
for i = 1, #value do
buffer[i] = string.char(string.byte(string.sub(value, i, i)));
end
return table.concat(buffer);
end
function createTableAndCount(...) return {...}, select("#", ...); end
-- program sections
local SEG_CODE = 1
-- opcode structure
local OP_TYPE = 1
local OP_PARAM1 = 2
local OP_PARAM2 = 3
local OP_PARAM3 = 4
function loadImage()
local codeSegment = {};
local subPrograms = {};
local v58 = {};
local result = {codeSegment, subPrograms, nil, v58};
-- parse constant table
local dataTableSize = readInt();
local dataTable = {};
for i = 1, dataTableSize do
local valueType = readByte();
local value = nil;
if (valueType == 1) then
value = readByte() ~= 0;
elseif (valueType == 2) then
value = readFloat();
elseif (valueType == 3) then
value = readByteArray();
end
dataTable[i] = value;
end
-- -- DEBUG
function getNameOfValueForObj(value, obj)
for k, v in pairs(obj) do
if v == value then
return k
end
end
return nil
end
function getNameOfValue(value)
local result = getNameOfValueForObj(value, _G)
if not result then
for k, v in pairs(_G) do
if (type(v) == "table") then
result = getNameOfValueForObj(value, v)
if result then return k .. "." .. result end
end
end
end
return "unknown"
end
function printParam(param, hex)
if (type(param) == "number") then
io.write(string.format("(n): %d ", param))
elseif (type(param) == "string") then
io.write(string.format("(s): "))
for j = 1, #param do
local c = string.sub(param, j, j)
local value = string.byte(c)
if (not hex and value >= 32 and value <= 126) then
io.write(string.format("%s", c))
else
io.write(string.format("%02x", value))
end
end
io.write(" ");
elseif (type(param) == "function") then
io.write(string.format("(f): %s", getNameOfValue(param)))
else
io.write(string.format("(%s): ???", type(param)))
end
end
function printOpcode(addr, op)
io.write(string.format("\n%04x: ", addr));
local opcodeType = op[OP_TYPE];
if (opcodeType == 0) then
io.write("RET "); io.write(string.format("\t%d #tblcnt", op[OP_PARAM1]))
elseif (opcodeType == 1) then
io.write("SUB "); io.write(string.format("\t[%d], [%d] %d", op[OP_PARAM1], op[OP_PARAM2], op[OP_PARAM3]));
elseif (opcodeType == 2) then
io.write("MOD "); io.write(string.format("\t[%d], [%d] %d", op[OP_PARAM1], op[OP_PARAM2], op[OP_PARAM3]));
elseif (opcodeType == 3) then
io.write("JMP "); io.write(string.format("\t%04x", op[OP_PARAM2]));
elseif (opcodeType == 4) then
io.write("JNE "); io.write(string.format("\t[%04x], [%d] [%d]", op[OP_PARAM2], op[OP_PARAM1], op[OP_PARAM3]));
elseif (opcodeType == 5) then
io.write("ADD "); io.write(string.format("\t[%d], [%d] %d", op[OP_PARAM1], op[OP_PARAM2], op[OP_PARAM3]));
elseif (opcodeType == 6) then
io.write("MOV "); io.write(string.format("\t[%d], [%d]", op[OP_PARAM1], op[OP_PARAM2]));
elseif (opcodeType == 7) then
io.write("CALL "); io.write(string.format("\t%d", op[OP_PARAM1]));
elseif (opcodeType == 8) then
io.write("TABLE "); io.write(string.format("\t[%d]", op[OP_PARAM1]));
elseif (opcodeType == 9) then
io.write("LOAD "); io.write(string.format("\t[%d], %d", op[OP_PARAM1], op[OP_PARAM2]));
elseif (opcodeType == 10) then
io.write("JRL(W) "); io.write(string.format("\t%04x, [%d]", op[OP_PARAM2], op[OP_PARAM1]));
elseif (opcodeType == 11) then
io.write("CALL "); io.write(string.format("\t[%d], %d", op[OP_PARAM1], op[OP_PARAM1]))
elseif (opcodeType == 12) then
io.write("EXIT");
elseif (opcodeType == 13) then
io.write("MOV "); io.write(string.format("\t[%d], stack[%d]", op[OP_PARAM1], op[OP_PARAM2]));
elseif (opcodeType == 14) then
io.write("MOV "); io.write(string.format("\t[%d], ", op[OP_PARAM1])); printParam(op[OP_PARAM2], 1)
elseif (opcodeType == 15) then
io.write("LDTBL1 "); io.write(string.format("\t[%d], %d %d", op[OP_PARAM1], op[OP_PARAM1]+1, op[OP_PARAM2]));
elseif (opcodeType == 16) then
io.write("LDTBL2 "); io.write(string.format("\t[%d], %d %d", op[OP_PARAM1], op[OP_PARAM1]+1, op[OP_PARAM2]));
elseif (opcodeType == 17) then
io.write("MOV "); io.write(string.format("\tG['%s'], ", op[OP_PARAM2]));
elseif (opcodeType == 18) then
io.write("LDCNT"); io.write(string.format("\t[%d] #[%d]", op[OP_PARAM1], op[OP_PARAM2]));
elseif (opcodeType == 19) then
io.write("MOD "); io.write(string.format("\t[%d], [%d] [%d]", op[OP_PARAM1], op[OP_PARAM2], op[OP_PARAM3]));
elseif (opcodeType == 20) then
io.write("LDTBL3 "); io.write(string.format("\t[%d], %d #tblcnt", op[OP_PARAM1], op[OP_PARAM1]+1));
elseif (opcodeType == 21) then
io.write("JRE(W) "); io.write(string.format("\t%04x, [%d]", op[OP_PARAM2], op[OP_PARAM1]));
elseif (opcodeType == 22) then
io.write("JE"); io.write(string.format("\t%04x, [%d]", op[OP_PARAM2], op[OP_PARAM1]));
elseif (opcodeType == 23) then
io.write("ADD "); io.write(string.format("\t[%d], %d ", op[OP_PARAM1], op[OP_PARAM2]));
elseif (opcodeType == 24) then
io.write("LOAD "); io.write(string.format("\t[%d], %s", op[OP_PARAM1], op[OP_PARAM3]))
elseif (opcodeType == 25) then
io.write("CALL "); io.write(string.format("\t[%d], %d, %d", op[OP_PARAM1], op[OP_PARAM1], op[OP_PARAM2]))
elseif (opcodeType == 26) then
io.write("CALL "); io.write(string.format("\t[%d], %d, %d", op[OP_PARAM1], op[OP_PARAM1], op[OP_PARAM2]))
elseif (opcodeType == 27) then
io.write("OBJ "); io.write(string.format("\t[%d], G['%s']", op[OP_PARAM1], op[OP_PARAM2]))
elseif (opcodeType == 28) then
io.write("CALL "); io.write(string.format("\t[%d], %d #tblcnt", op[OP_PARAM1], op[OP_PARAM1]))
elseif (opcodeType == 29) then
io.write("CALL "); io.write(string.format("\t[%d], %d #tblcnt", op[OP_PARAM1], op[OP_PARAM1]))
end
end
print("Constant Table =======================================")
for i = 1, dataTableSize do
io.write(string.format("%02d: ", i)); printParam(dataTable[i]); print("");
end
-- --
result[3] = readByte();
for i = 1, readInt() do
local bitPackedValue = readByte();
if (valueForBitRange(bitPackedValue, 1, 1) == 0) then
local bits2_3 = valueForBitRange(bitPackedValue, 2, 3);
local bits4_6 = valueForBitRange(bitPackedValue, 4, 6);
local opcode = {readShort(), readShort(), nil, nil};
if (bits2_3 == 0) then
opcode[3] = readShort();
opcode[4] = readShort();
elseif (bits2_3 == 1) then
opcode[3] = readInt();
elseif (bits2_3 == 2) then
opcode[3] = readInt() - 65536;
elseif (bits2_3 == 3) then
opcode[3] = readInt() - 65536;
opcode[4] = readShort();
end
if (valueForBitRange(bits4_6, 1, 1) == 1) then opcode[2] = dataTable[opcode[2]]; end
if (valueForBitRange(bits4_6, 2, 2) == 1) then opcode[3] = dataTable[opcode[3]]; end
if (valueForBitRange(bits4_6, 3, 3) == 1) then opcode[4] = dataTable[opcode[4]]; end
codeSegment[i] = opcode;
--printOpcode(i, opcode);
end
end
for i = 1, readInt() do subPrograms[i - 1] = loadImage(); end
for i = 1, readInt() do v58[i] = readInt(); end
return result;
end
function run(image, stack, global)
--exit()
local codeSegment = image[SEG_CODE];
local subPrograms = image[2];
local v69 = image[3];
return function(...)
local currentInstruction = 1;
local loadedTableSize = -1;
local v160 = {...};
local countOfArguments = select("#", ...) - 1;
function v162()
local v189 = {};
local v190 = {};
local mem = {};
for i = 0, countOfArguments do
if (i >= v69) then
v189[i - v69] = v160[i + 1];
else
mem[i] = v160[i + 1];
end
end
while true do
local op = codeSegment[currentInstruction];
printOpcode(currentInstruction, op);
local opcodeType = op[OP_TYPE];
if (opcodeType == 0) then
io.write("\t\t"); printParam(loadTableSize);
return table.unpack(mem, op[OP_PARAM1], loadedTableSize);
elseif (opcodeType == 1) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]]);
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]] - op[OP_PARAM3];
elseif (opcodeType == 2) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]]);
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]] % op[OP_PARAM3];
elseif (opcodeType == 3) then
currentInstruction = op[OP_PARAM2];
elseif (opcodeType == 4) then
io.write("\t\t"); printParam(mem[op[OP_PARAM1]]); printParam(mem[op[OP_PARAM3]]);
if (mem[op[OP_PARAM1]] == mem[op[OP_PARAM3]]) then
currentInstruction = currentInstruction + 1;
else
currentInstruction = op[OP_PARAM2];
end
elseif (opcodeType == 5) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]]);
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]] + op[OP_PARAM3];
elseif (opcodeType == 6) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]], 1);
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]];
elseif (opcodeType == 7) then
io.write("\t\t"); printParam(mem[op[OP_PARAM1]+1]);
local v240 = op[OP_PARAM1];
mem[v240](mem[v240 + 1]);
elseif (opcodeType == 8) then
mem[op[OP_PARAM1]] = {};
elseif (opcodeType == 9) then
local v244 = subPrograms[op[OP_PARAM2]];
local v246 = {};
local v245 = setmetatable({}, {
["__index"] = function(v346, v347)
local v350 = v246[v347];
--io.write("\t\t"); printParam(v350[1][v350[2]]);
return v350[1][v350[2]];
end,
["__newindex"] = function(v351, v352, v353)
local v356 = v246[v352];
v356[1][v356[2]] = v353;
--io.write("\t\t"); printParam(v353);
end
});
io.write("\t\t\t\t");
for i = 1, op[OP_PARAM3] do
currentInstruction = currentInstruction + 1;
local op = codeSegment[currentInstruction];
if (op[OP_TYPE] == 6) then
v246[i - 1] = {mem, op[OP_PARAM2]};
io.write(string.format(" %d mem[%d] ",i-1, op[OP_PARAM2])); printParam(mem[op[OP_PARAM2]]);
else
v246[i - 1] = {stack, op[OP_PARAM2]};
io.write(string.format(" %d stack[%d] ",i-1, op[OP_PARAM2])); printParam(stack[op[OP_PARAM2]]);
end
--v190[#v190 + 1] = v246;
end
mem[op[OP_PARAM1]] = run(v244, v245, global);
elseif (opcodeType == 10) then
local v249 = op[OP_PARAM1];
local v250 = mem[v249 + 2];
local v251 = mem[v249] + v250;
io.write("\t\t"); printParam(v250); printParam(v251); printParam( mem[v249 + 1]);
mem[v249] = v251;
if (v250 > 0) then
if (v251 <= mem[v249 + 1]) then
currentInstruction = op[OP_PARAM2];
mem[v249 + 3] = v251;
end
else
if (v251 >= mem[v249 + 1]) then
currentInstruction = op[OP_PARAM2];
mem[v249 + 3] = v251;
end
end
elseif (opcodeType == 11) then
io.write("\t\t");
local v254 = op[OP_PARAM1];
mem[v254] = mem[v254](table.unpack(mem, v254 + 1, loadedTableSize));
printParam(mem[v254])
elseif (opcodeType == 12) then
return
elseif (opcodeType == 13) then
io.write("\t\t"); printParam(stack[op[OP_PARAM2]])
mem[op[OP_PARAM1]] = stack[op[OP_PARAM2]];
elseif (opcodeType == 14) then
mem[op[OP_PARAM1]] = op[OP_PARAM2];
elseif (opcodeType == 15) then
io.write("\t\t");
local v228 = op[OP_PARAM1];
for i = v228+1, op[OP_PARAM2] do
printParam(mem[i], 1)
end
local tbl, cnt = createTableAndCount(mem[v228](table.unpack(mem, v228 + 1, op[OP_PARAM2])));
loadedTableSize = (cnt + v228) - 1;
local i = 0;
for v304 = v228, loadedTableSize do
i = i + 1;
printParam(tbl[i]);
mem[v304] = tbl[i];
end
elseif (opcodeType == 16) then
io.write("\t\t"); printParam(mem[op[OP_PARAM1] + 1]);
local v261 = op[OP_PARAM1];
local tbl, cnt = createTableAndCount(mem[v261](mem[v261 + 1]));
loadedTableSize = (cnt + v261) - 1;
local i = 0;
for v332 = v261, loadedTableSize do
i = i + 1;
printParam(tbl[i]);
mem[v332] = tbl[i];
end
elseif (opcodeType == 17) then
io.write("\t\t"); printParam(mem[op[OP_PARAM1]])
global[op[OP_PARAM2]] = mem[op[OP_PARAM1]];
elseif (opcodeType == 18) then
io.write("\t\t"); printParam(#mem[op[OP_PARAM2]]);
mem[op[OP_PARAM1]] = #mem[op[OP_PARAM2]];
elseif (opcodeType == 19) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]]); printParam(mem[op[OP_PARAM3]])
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]] % mem[op[OP_PARAM3]];
elseif (opcodeType == 20) then
io.write("\t\t");
local v276 = op[OP_PARAM1];
local tbl, cnt = createTableAndCount(mem[v276](table.unpack(mem, v276 + 1, loadedTableSize)));
loadedTableSize = (cnt + v276) - 1;
local i = 0;
for v335 = v276, loadedTableSize do
i = i + 1;
printParam(tbl[i]);
mem[v335] = tbl[i];
end
elseif (opcodeType == 21) then
local v271 = op[OP_PARAM1];
local v272 = mem[v271];
local v273 = mem[v271 + 2];
io.write("\t\t"); printParam(v273); printParam(v272); printParam( mem[v271 + 1]);
if (v273 > 0) then
if (v272 > mem[v271 + 1]) then
currentInstruction = op[OP_PARAM2];
else
mem[v271 + 3] = v272;
end
elseif (v272 < mem[v271 + 1]) then
currentInstruction = op[OP_PARAM2];
else
mem[v271 + 3] = v272;
end
elseif (opcodeType == 22) then
io.write("\t\t"); printParam(mem[op[OP_PARAM1]]);
if not mem[op[OP_PARAM1]] then
currentInstruction = currentInstruction + 1;
else
currentInstruction = op[OP_PARAM2];
end
elseif (opcodeType == 23) then
io.write("\t\t"); printParam(mem[op[OP_PARAM3]]);
mem[op[OP_PARAM1]] = op[OP_PARAM2] + mem[op[OP_PARAM3]];
elseif (opcodeType == 24) then
io.write("\t\t"); printParam(mem[op[OP_PARAM2]]);
mem[op[OP_PARAM1]] = mem[op[OP_PARAM2]][op[OP_PARAM3]];
elseif (opcodeType == 25) then
local v283 = nil;
local v283 = op[OP_PARAM1];
mem[v283] = mem[v283](table.unpack(mem, v283 + 1, op[OP_PARAM2]));
elseif (opcodeType == 26) then
local v288 = op[OP_PARAM1];
return mem[v288](table.unpack(mem, v288 + 1, op[OP_PARAM2]));
elseif (opcodeType == 27) then
mem[op[OP_PARAM1]] = global[op[OP_PARAM2]];
elseif (opcodeType == 28) then
io.write("\t\t"); printParam(loadedTableSize);
local v293 = op[OP_PARAM1];
mem[v293](table.unpack(mem, v293 + 1, loadedTableSize));
elseif (opcodeType == 29) then
local v296 = op[OP_PARAM1];
mem[v296] = mem[v296]();
end
currentInstruction = currentInstruction + 1;
end
end
_G['A'], _G['B'] = createTableAndCount(pcall(v162));
print(_G['A'][2]);
if not _G['A'][1] then
local v183 = image[4][currentInstruction] or "?";
error("Script error at [" .. v183 .. "]:" .. _G['A'][2]);
else
return table.unpack(_G['A'], 2, _G['B']);
end
end;
end
-- basic RLE decompression of payload
local repeatCount = nil;
payloadBuffer = string.gsub(string.sub(payloadBuffer, 5), "..", function(v86)
-- if pair ends with 'O' first part is the repeat length
if (string.byte(v86, 2) == 79) then
repeatCount = tonumber(string.sub(v86, 1, 1));
return "";
else
local currentByte = string.char(tonumber(v86, 16));
if repeatCount then
local currentByteRepeated = string.rep(currentByte, repeatCount);
repeatCount = nil;
return currentByteRepeated;
else
return currentByte;
end
end
end);
return run(loadImage(), {}, v29)(...);
end
--for i, n in pairs(_G) do print(i) end
main(
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
_G, ...);
end