function RandomHash(length) local res = "" for i = 1, length do res = res .. string.char(math.random(97, 122)) end return res end ---print tables : debug ---@param node table function print_table(node) local cache, stack, output = {}, {}, {} local depth = 1 local output_str = "{\n" while true do local size = 0 for k, v in pairs(node) do size = size + 1 end local cur_index = 1 for k, v in pairs(node) do if (cache[node] == nil) or (cur_index >= cache[node]) then if (string.find(output_str, "}", output_str:len())) then output_str = output_str .. ",\n" elseif not (string.find(output_str, "\n", output_str:len())) then output_str = output_str .. "\n" end -- This is necessary for working with HUGE tables otherwise we run out of memory using concat on huge strings table.insert(output, output_str) output_str = "" local key if (type(k) == "number" or type(k) == "boolean") then key = "[" .. tostring(k) .. "]" else key = "['" .. tostring(k) .. "']" end if (type(v) == "number" or type(v) == "boolean") then output_str = output_str .. string.rep('\t', depth) .. key .. " = " .. tostring(v) elseif (type(v) == "table") then output_str = output_str .. string.rep('\t', depth) .. key .. " = {\n" table.insert(stack, node) table.insert(stack, v) cache[node] = cur_index + 1 break else output_str = output_str .. string.rep('\t', depth) .. key .. " = '" .. tostring(v) .. "'" end if (cur_index == size) then output_str = output_str .. "\n" .. string.rep('\t', depth - 1) .. "}" else output_str = output_str .. "," end else -- close the table if (cur_index == size) then output_str = output_str .. "\n" .. string.rep('\t', depth - 1) .. "}" end end cur_index = cur_index + 1 end if (size == 0) then output_str = output_str .. "\n" .. string.rep('\t', depth - 1) .. "}" end if (#stack > 0) then node = stack[#stack] stack[#stack] = nil depth = cache[node] == nil and depth + 1 or depth - 1 else break end end -- This is necessary for working with HUGE tables otherwise we run out of memory using concat on huge strings table.insert(output, output_str) output_str = table.concat(output) -- print(output_str) end function Round(num, dp) --[[ round a number to so-many decimal of places, which can be negative, e.g. -1 places rounds to 10's, examples 173.2562 rounded to 0 dps is 173.0 173.2562 rounded to 2 dps is 173.26 173.2562 rounded to -1 dps is 170.0 ]] -- local mult = 10 ^ (dp or 0) return math.floor(num * mult + 0.5) / mult end function Tablelength(T) local count = 0 for _ in pairs(T) do count = count + 1 end return count end Colors = { red = "\027[31m", green = "\027[32m", orange = "\027[33m", cyan = "\027[36m", gray = "\027[90m", grey = "\027[90m", light_green = "\027[92m", yellow = "\027[93m", blue = "\027[94m", }