cc-stats/main.lua

-- leaderboard.lua
-- Fetches player stats and displays a cycling leaderboard on wrapped monitors.

local API_URL = "https://script.lclr.dev/api/w/scripts/jobs/run_wait_result/p/f/scripts/cc-stats"
local API_TOKEN = "4mHiIDc5y1YBX05j68MFyhVoo2qbICe3"
local CYCLE_DELAY = 5         -- seconds per stat
local FETCH_COOLDOWN = 300    -- seconds between fetches (5 minutes)

-- Stats to cycle through (in order)
local STAT_KEYS = {
    "playtime",
    "deaths",
    "mobs_killed",
    "damage_taken",
    "damage_dealt",
    "distance_walked",
    "lootr",
    "waystones",
}

-- Rank colours (ComputerCraft colour constants)
local RANK_COLORS = {
    [1] = colors.yellow,  -- gold
    [2] = colors.lightGray,
    [3] = colors.orange,  -- brown-ish (closest CC colour)
}
local DEFAULT_COLOR = colors.white
local TITLE_COLOR   = colors.cyan
local SEP_COLOR     = colors.gray
local LABEL_COLOR   = colors.lightBlue
local BG_COLOR      = colors.black

-- Helpers

local function getMonitors()
    local mons = {}
    for _, name in ipairs(peripheral.getNames()) do
        if peripheral.getType(name) == "monitor" then
            local m = peripheral.wrap(name)
            if m then
                m.setTextScale(0.5)   -- start at base scale; will be overridden
                table.insert(mons, m)
            end
        end
    end
    return mons
end

local function centerText(mon, y, text, color, scale)
    -- scale is unused here; CC monitors don't support per-text scaling,
    -- so we use setTextScale on the whole monitor between draws.
    local w, _ = mon.getSize()
    local x = math.max(1, math.floor((w - #text) / 2) + 1)
    mon.setCursorPos(x, y)
    if color then mon.setTextColor(color) end
    mon.write(text)
end

local function leftText(mon, y, text, color)
    mon.setCursorPos(1, y)
    if color then mon.setTextColor(color) end
    mon.write(text)
end

local function truncate(str, maxLen)
    if #str > maxLen then
        return str:sub(1, maxLen - 1) .. "."
    end
    return str
end

-- Data fetching

local function fetchData()
    local ok, result = pcall(function()
        -- Build JSON payload with list of stats to fetch
        local payload = textutils.serialiseJSON(STAT_KEYS)
        
        local resp = http.post(
            API_URL,
            payload,
            { ["Content-Type"] = "application/json", ["Authorization"] = "Bearer " .. API_TOKEN }
        )
        
        if not resp then error("HTTP request failed") end
        local raw = resp.readAll()
        resp.close()
        return textutils.unserialiseJSON(raw)
    end)
    if ok and type(result) == "table" then
        return result
    end
    return nil
end

-- Build sorted list of {username, value, type, label} for a given stat key.
-- New format: {"<pseudo>":{"<stat_name>":{"type":"<type>","data":"<value>","label":"<label>"}}}
-- Skips players with no value for the stat. Returns nil if list is empty.
local function buildLeaderboard(data, statKey)
    local entries = {}
    local statLabel = statKey  -- fallback if no label found
    
    for username, stats in pairs(data) do
        if type(stats) == "table" and stats[statKey] then
            local statInfo = stats[statKey]
            if type(statInfo) == "table" and statInfo.data then
                -- Extract label from first valid entry
                if statInfo.label and statLabel == statKey then
                    statLabel = statInfo.label
                end
                
                -- Convert data to number
                local val = tonumber(statInfo.data)
                if val then
                    table.insert(entries, {
                        username = username,
                        value = val,
                        dataType = statInfo.type or "int"
                    })
                end
            end
        end
    end
    if #entries == 0 then return nil end
    table.sort(entries, function(a, b) return a.value > b.value end)
    return entries, statLabel
end

-- Format a raw value into a readable string based on type
local function formatValue(dataType, val)
    if dataType == "time" then
        -- Assuming time is in ticks (20 ticks/s)
        local secs  = math.floor(val / 20)
        local mins  = math.floor(secs / 60)
        local hours = math.floor(mins / 60)
        mins = mins % 60
        return string.format("%dh %02dm", hours, mins)
    elseif dataType == "distance" then
        -- Distance in centimeters
        local m = math.floor(val / 100)
        if m >= 1000 then
            return string.format("%.1f km", m / 1000)
        end
        return m .. " m"
    else
        -- Format large numbers with k/m suffix
        if val >= 1000000 then
            return string.format("%.1fm", val / 1000000)
        elseif val >= 1000 then
            return string.format("%.1fk", val / 1000)
        end
        return tostring(math.floor(val))
    end
end

-- Rendering

local function renderLeaderboard(mon, entries, statLabel)
    mon.setBackgroundColor(BG_COLOR)
    mon.clear()
    mon.setTextColor(DEFAULT_COLOR)

    local w, h = mon.getSize()
    local sep   = string.rep("-", w)

    -- Section 1: Title (large)
    mon.setTextScale(1.5)
    w, h = mon.getSize()        -- dimensions change with text scale

    -- Row 1: "CLASSEMENT"
    centerText(mon, 1, "CLASSEMENT", TITLE_COLOR)

    -- Section 2: Separator + stat label (medium)
    mon.setTextScale(1)
    w, h = mon.getSize()
    sep  = string.rep("-", w)

    -- We've already drawn row 1 at scale 1.5; now we're at scale 1.
    -- CC resets after setTextScale, so we redraw everything at one scale.
    -- Strategy: do two passes — draw title zone, then switch scale for rest.
    -- Simpler approach: use a fixed scale and use padding rows instead.
    -- Re-draw everything at uniform scale 1 so layout is predictable.

    mon.setTextScale(1)
    w, h = mon.getSize()
    mon.setBackgroundColor(BG_COLOR)
    mon.clear()
    sep = string.rep("-", w)

    local row = 1

    -- Title
    centerText(mon, row, "CLASSEMENT", TITLE_COLOR) ; row = row + 1
    -- Separator
    mon.setCursorPos(1, row) ; mon.setTextColor(SEP_COLOR) ; mon.write(sep) ; row = row + 1
    -- Stat label (from API)
    centerText(mon, row, statLabel, LABEL_COLOR) ; row = row + 1
    -- Separator
    mon.setCursorPos(1, row) ; mon.setTextColor(SEP_COLOR) ; mon.write(sep) ; row = row + 1

    -- Players
    -- rank 1 gets a "large" look: prefix + name on one line, value below,
    -- with some visual weight. Since CC doesn't support mid-render font
    -- scaling, we approximate:
    --   rank 1  -> full width, capitalised name, value right-aligned
    --   ranks 2-3 -> indented slightly, normal case
    --   ranks 4+ -> further indented, dimmer
    --
    -- We check remaining vertical space and stop when full.

    for i, entry in ipairs(entries) do
        if row > h then break end

        local rankPrefix
        local nameColor  = RANK_COLORS[i] or DEFAULT_COLOR
        local valueColor = RANK_COLORS[i] or colors.lightGray

        if i == 1 then
            rankPrefix = "#1  "
        elseif i == 2 then
            rankPrefix = " #2 "
        elseif i == 3 then
            rankPrefix = " #3 "
        else
            rankPrefix = string.format("  #%-2d", i)
        end

        local valStr    = formatValue(entry.dataType, entry.value)
        local prefix    = rankPrefix
        local maxName   = w - #prefix - #valStr - 1
        local name      = truncate(entry.username, math.max(3, maxName))

        -- Pad so value is right-aligned
        local line      = prefix .. name
        local spaces    = w - #line - #valStr
        if spaces < 1 then spaces = 1 end
        line = line .. string.rep(" ", spaces) .. valStr

        -- Draw prefix in rank colour
        mon.setCursorPos(1, row)
        mon.setTextColor(nameColor)
        mon.write(prefix)

        -- Draw name
        mon.setTextColor(nameColor)
        mon.write(name)

        -- Draw spaces (neutral)
        mon.setTextColor(BG_COLOR)
        mon.write(string.rep(" ", spaces))

        -- Draw value
        mon.setTextColor(valueColor)
        mon.write(valStr)

        row = row + 1

        -- Extra blank line after rank 1 for visual separation
        if i == 1 and row <= h then
            row = row + 1
        end
    end
end

-- Main loop

local function main()
    local data      = nil
    local statIdx   = 1
    local lastFetch = 0  -- start at 0 to force initial fetch

    while true do
        -- Check if we need to fetch new data (every 5 minutes minimum)
        local currentTime = os.epoch("utc") / 1000  -- convert to seconds
        if data == nil or (currentTime - lastFetch) >= FETCH_COOLDOWN then
            local newData = fetchData()
            if newData then
                data = newData
                lastFetch = currentTime
            end
        end

        local statKey = STAT_KEYS[statIdx]
        local entries = nil
        local statLabel = statKey

        if data then
            entries, statLabel = buildLeaderboard(data, statKey)
        end

        -- Get fresh monitors each tick (in case of reconnect)
        local monitors = getMonitors()

        if entries then
            for _, mon in ipairs(monitors) do
                pcall(renderLeaderboard, mon, entries, statLabel)
            end
        end
        -- (if no entries for this stat we simply skip drawing & move on)

        -- Advance to next stat
        statIdx = (statIdx % #STAT_KEYS) + 1

        -- Wait before next stat
        os.sleep(CYCLE_DELAY)
    end
end

main()