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memory freebsd: re-organizes memory assignment for used and unused memory 

* removes unused variables
* enhances one-character-variables for better readabilitiy
* fixes calculation errors
** used memory: active, inactive, and wired
** available memory: cached, laundry, and free

see https://wiki.freebsd.org/Memory for more information
This commit is contained in:
Andreas Geisenhainer 2018-03-12 21:01:07 +01:00
parent 0280ac2243
commit df5fa77428
2 changed files with 16 additions and 17 deletions
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4
README.md
View File

@ -323,8 +323,8 @@ Supported platforms: Linux, FreeBSD.
total system memory, 4th as free memory, 5th as swap usage in percent, 6th total system memory, 4th as free memory, 5th as swap usage in percent, 6th
as swap usage, 7th as total system swap, 8th as free swap and 9th as as swap usage, 7th as total system swap, 8th as free swap and 9th as
memory usage with buffers and cache memory usage with buffers and cache
* FreeBSD: see above, but 9th value is not returned (always `-1`) and there * FreeBSD: see above, but there are two more values: the 9th value is wired memory
is a 10th value giving wired memory in percent and the 10th value giving wired memory
**vicious.widgets.mpd** **vicious.widgets.mpd**

27
widgets/mem_freebsd.lua
View File

@ -18,26 +18,25 @@ local function worker(format)
-- Get memory space in bytes -- Get memory space in bytes
_mem.total = tonumber(vm_stats.v_page_count) * pagesize _mem.total = tonumber(vm_stats.v_page_count) * pagesize
_mem.buf.f = tonumber(vm_stats.v_free_count) * pagesize _mem.buf.free = tonumber(vm_stats.v_free_count) * pagesize
_mem.buf.a = tonumber(vm_stats.v_active_count) * pagesize _mem.buf.laundry = tonumber(vm_stats.v_laundry_count) * pagesize
_mem.buf.i = tonumber(vm_stats.v_inactive_count) * pagesize _mem.buf.cache = tonumber(vm_stats.v_cache_count) * pagesize
_mem.buf.c = tonumber(vm_stats.v_cache_count) * pagesize _mem.buf.wired = tonumber(vm_stats.v_wire_count) * pagesize
_mem.buf.w = tonumber(vm_stats.v_wire_count) * pagesize
-- Rework into megabytes -- Rework into megabytes
_mem.total = math.floor(_mem.total/1048576) _mem.total = math.floor(_mem.total/1048576)
_mem.buf.f = math.floor(_mem.buf.f/1048576) _mem.buf.free = math.floor(_mem.buf.free/1048576)
_mem.buf.a = math.floor(_mem.buf.a/1048576) _mem.buf.laundry = math.floor(_mem.buf.laundry/1048576)
_mem.buf.i = math.floor(_mem.buf.i/1048576) _mem.buf.cache = math.floor(_mem.buf.cache/1048576)
_mem.buf.c = math.floor(_mem.buf.c/1048576) _mem.buf.wired = math.floor(_mem.buf.wired/1048576)
_mem.buf.w = math.floor(_mem.buf.w/1048576)
-- Calculate memory percentage -- Calculate memory percentage
_mem.free = _mem.buf.f + _mem.buf.c + _mem.buf.i _mem.free = _mem.buf.free + _mem.buf.cache + _mem.buf.laundry
-- used memory basically consists of active+inactive+wired
_mem.inuse = _mem.total - _mem.free _mem.inuse = _mem.total - _mem.free
_mem.wire = _mem.buf.w _mem.wire = _mem.buf.wired
_mem.usep = math.floor(_mem.inuse / _mem.total * 100) _mem.usep = math.floor(_mem.inuse / _mem.total * 100)
_mem.inusep= math.floor(_mem.inuse / _mem.total * 100) _mem.wirep = math.floor(_mem.wire / _mem.total * 100)
-- Get swap states -- Get swap states
local vm_swap_total = tonumber(helpers.sysctl("vm.swap_total")) local vm_swap_total = tonumber(helpers.sysctl("vm.swap_total"))
@ -63,7 +62,7 @@ local function worker(format)
return { _mem.usep, _mem.inuse, _mem.total, _mem.free, return { _mem.usep, _mem.inuse, _mem.total, _mem.free,
_swp.usep, _swp.inuse, _swp.total, _swp.buf.f, _swp.usep, _swp.inuse, _swp.total, _swp.buf.f,
-1, _mem.wire } _mem.wirep, _mem.wire }
end end
return setmetatable(mem_freebsd, { __call = function(_, ...) return worker(...) end }) return setmetatable(mem_freebsd, { __call = function(_, ...) return worker(...) end })