Large update to configs

home/.config/awesome/vicious/contrib/batproc.lua

@@ -8,13 +8,13 @@ local tonumber = tonumber
 local io = { open = io.open }
 local setmetatable = setmetatable
 local math = {
-  min = math.min,
-  floor = math.floor
+    min = math.min,
+    floor = math.floor
 }
 local string = {
-  find = string.find,
-  match = string.match,
-  format = string.format
+    find = string.find,
+    match = string.match,
+    format = string.format
 }
 -- }}}
 
@@ -26,60 +26,60 @@ local batproc = {}
 
 -- {{{ Battery widget type
 local function worker(format, batid)
-  local battery_state = {
-    ["full"] = "↯",
-    ["unknown"] = "⌁",
-    ["charged"] = "↯",
-    ["charging"] = "+",
-    ["discharging"] = "-"
-  }
+    local battery_state = {
+        ["full"] = "↯",
+        ["unknown"] = "⌁",
+        ["charged"] = "↯",
+        ["charging"] = "+",
+        ["discharging"] = "-"
+    }
 
-  -- Get /proc/acpi/battery info
-  local f = io.open("/proc/acpi/battery/"..batid.."/info")
-  -- Handler for incompetent users
-  if not f then return {battery_state["unknown"], 0, "N/A"} end
-  local infofile = f:read("*all")
-  f:close()
+    -- Get /proc/acpi/battery info
+    local f = io.open("/proc/acpi/battery/"..batid.."/info")
+    -- Handler for incompetent users
+    if not f then return {battery_state["unknown"], 0, "N/A"} end
+    local infofile = f:read("*all")
+    f:close()
 
-  -- Check if the battery is present
-  if infofile == nil or string.find(infofile, "present:[%s]+no") then
-    return {battery_state["unknown"], 0, "N/A"}
-  end
+    -- Check if the battery is present
+    if infofile == nil or string.find(infofile, "present:[%s]+no") then
+        return {battery_state["unknown"], 0, "N/A"}
+    end
 
-  -- Get capacity information
-  local capacity = string.match(infofile, "last full capacity:[%s]+([%d]+).*")
+    -- Get capacity information
+    local capacity = string.match(infofile, "last full capacity:[%s]+([%d]+).*")
 
 
-  -- Get /proc/acpi/battery state
-  local f = io.open("/proc/acpi/battery/"..batid.."/state")
-  local statefile = f:read("*all")
-  f:close()
+    -- Get /proc/acpi/battery state
+    local f = io.open("/proc/acpi/battery/"..batid.."/state")
+    local statefile = f:read("*all")
+    f:close()
 
-  -- Get state information
-  local state = string.match(statefile, "charging state:[%s]+([%a]+).*")
-  local state = battery_state[state] or battery_state["unknown"]
+    -- Get state information
+    local state = string.match(statefile, "charging state:[%s]+([%a]+).*")
+    local state = battery_state[state] or battery_state["unknown"]
 
-  -- Get charge information
-  local rate = string.match(statefile, "present rate:[%s]+([%d]+).*")
-  local remaining = string.match(statefile, "remaining capacity:[%s]+([%d]+).*")
+    -- Get charge information
+    local rate = string.match(statefile, "present rate:[%s]+([%d]+).*")
+    local remaining = string.match(statefile, "remaining capacity:[%s]+([%d]+).*")
 
 
-  -- Calculate percentage (but work around broken BAT/ACPI implementations)
-  local percent = math.min(math.floor(remaining / capacity * 100), 100)
+    -- Calculate percentage (but work around broken BAT/ACPI implementations)
+    local percent = math.min(math.floor(remaining / capacity * 100), 100)
 
-  -- Calculate remaining (charging or discharging) time
-  if state == "+" then
-    timeleft = (tonumber(capacity) - tonumber(remaining)) / tonumber(rate)
-  elseif state == "-" then
-    timeleft = tonumber(remaining) / tonumber(rate)
-  else
-    return {state, percent, "N/A"}
-  end
-  local hoursleft = math.floor(timeleft)
-  local minutesleft = math.floor((timeleft - hoursleft) * 60 )
-  local time = string.format("%02d:%02d", hoursleft, minutesleft)
+    -- Calculate remaining (charging or discharging) time
+    if state == "+" then
+        timeleft = (tonumber(capacity) - tonumber(remaining)) / tonumber(rate)
+    elseif state == "-" then
+        timeleft = tonumber(remaining) / tonumber(rate)
+    else
+        return {state, percent, "N/A"}
+    end
+    local hoursleft = math.floor(timeleft)
+    local minutesleft = math.floor((timeleft - hoursleft) * 60 )
+    local time = string.format("%02d:%02d", hoursleft, minutesleft)
 
-  return {state, percent, time}
+    return {state, percent, time}
 end
 -- }}}