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Fixes spellings and typos

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Thank goes to
Josh Soref <jsoref@users.noreply.github.com>
This commit is contained in:
Josh Soref 2017-03-03 04:28:20 +00:00 • committed by Simone Mainardi
parent 0b29b4b7ed
commit 78e78c018c
75 changed files with 212 additions and 212 deletions
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22
scripts/lua/modules/rrd_utils.lua
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@ -132,7 +132,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
local with_activity = extra.with_activity
local orig_resol = resolution
-- check resolution consinstency
-- check resolution consistency
if rawstep > resolution then
-- TODO i18n should be available
--~ return {error=i18n('error_rrd_low_resolution', {prefs=ntop.getHttpPrefix().."/lua/admin/prefs.lua?tab=on_disk_rrds"})}
@ -184,7 +184,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
-- use same table to avoid allocation overhead; Please take care not to cross src_idx with dst_idx
local src_idx = 1 -- this will be used to read the original data
local dst_idx = 1 -- this will be used to write the integrated data, in order to avoid further allocations
local integr_ctrs = create_counters()
local integer_ctrs = create_counters()
local time_sum = epoch_start
-- Pre-declare callbacks to improve performance while looping
@ -213,7 +213,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
local function c_fill_remaining (value, col)
rawdata[col][dst_idx] = value
-- will zero integr_ctrs for next intervals
-- will zero integer_ctrs for next intervals
return 0
end
@ -235,12 +235,12 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
if start < epoch_start then
local toskip = math.min(math.ceil((epoch_start - start) / rawstep), npoints)
local prevtime = start + rawstep * (toskip-1)
local aligment = (1 - (epoch_start - prevtime) / rawstep)
local alignment = (1 - (epoch_start - prevtime) / rawstep)
-- skip starting rows
src_idx = toskip + 1
for_each_counter_do_update(integr_ctrs, function (value, col)
return value + rawdata[col][toskip] * aligment
for_each_counter_do_update(integer_ctrs, function (value, col)
return value + rawdata[col][toskip] * alignment
end)
end
@ -271,7 +271,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
prefix_slice = prefix_t / rawstep
times[dst_idx] = time_sum
for_each_counter_do_update(integr_ctrs, c_dump_slice)
for_each_counter_do_update(integer_ctrs, c_dump_slice)
if with_activity then
if traffic_in_step > 0 then
@ -287,7 +287,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
time_sum = time_sum + resolution
else
-- Accumulate partial slices of traffic
for_each_counter_do_update(integr_ctrs, c_accumulate_partial)
for_each_counter_do_update(integer_ctrs, c_accumulate_partial)
if(with_activity and (traffic_in_step > 0)) then
activity_secs = activity_secs + rawstep
@ -300,12 +300,12 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
-- case RRD end is before epoch_end
while time_sum <= epoch_end do
-- Save integr_ctrs result
-- Save integer_ctrs result
set_resolution(curtime, time_sum)
times[dst_idx] = time_sum
if with_activity then activity[dst_idx] = activity_secs; activity_secs = 0 end
--~ assert(dst_idx < src_idx)
for_each_counter_do_update(integr_ctrs, c_fill_remaining)
for_each_counter_do_update(integer_ctrs, c_fill_remaining)
dst_idx = dst_idx + 1
curtime = time_sum
time_sum = time_sum + resolution
@ -315,7 +315,7 @@ function rrd_interval_integrate(epoch_start, epoch_end, resolution, start, rawda
-- nullify remaining data to free table entries
while dst_idx <= npoints do
for_each_counter_do_update(integr_ctrs, c_fill_nil)
for_each_counter_do_update(integer_ctrs, c_fill_nil)
dst_idx = dst_idx + 1
end