nextcloud-news - Mirror of https://github.com/nextcloud/news

Age	Commit message (Expand)	Author
2019-05-11	add "mark read" floating button mobile. Fixes #469 (#505)	nachoparker
2019-03-12	Fix design issue in #410	Sean Molenaar
2018-11-10	* Style: Allow to be themed using nextcloud's predefined CSS variables	Zach DeCook
2018-09-05	Fix items flashing before load	John Molakvoæ (skjnldsv)
2018-08-14	Audio player fix, loading fixes and design update	John Molakvoæ (skjnldsv)
2016-07-23	removing owncloud references and updating links	Bernhard Posselt
2015-07-06	force searchbox to show up	Bernhard Posselt
2014-11-17	show a warning if ajax webcron is detectedg	Bernhard Posselt
2014-05-23	use firefox for ci and e2e	Bernhard Posselt
2014-05-23	get rid of addnew css	Bernhard Posselt
2014-05-19	add test for firstrun page	Bernhard Posselt

# no need for shebang - this file is loaded from charts.d.plugin # netdata # real-time performance and health monitoring, done right! # (C) 2016 Costa Tsaousis <costa@tsaousis.gr> # GPL v3+ # # sensors docs # https://www.kernel.org/doc/Documentation/hwmon/sysfs-interface # if this chart is called X.chart.sh, then all functions and global variables # must start with X_ # the directory the kernel keeps sensor data sensors_sys_dir="${NETDATA_HOST_PREFIX}/sys/devices" # how deep in the tree to check for sensor data sensors_sys_depth=10 # if set to 1, the script will overwrite internal # script functions with code generated ones # leave to 1, is faster sensors_source_update=1 # how frequently to collect sensor data # the default is to collect it at every iteration of charts.d sensors_update_every= sensors_priority=90000 declare -A sensors_excluded=() sensors_find_all_files() { find $1 -maxdepth $sensors_sys_depth -name \*_input -o -name temp 2>/dev/null } sensors_find_all_dirs() { sensors_find_all_files $1 | while read do dirname $REPLY done | sort -u } # _check is called once, to find out if this chart should be enabled or not sensors_check() { # this should return: # - 0 to enable the chart # - 1 to disable the chart [ -z "$( sensors_find_all_files $sensors_sys_dir )" ] && error "no sensors found in '$sensors_sys_dir'." && return 1 return 0 } sensors_check_files() { # we only need sensors that report a non-zero value # also remove not needed sensors local f= v= excluded= for f in $* do [ ! -f "$f" ] && continue for ex in ${sensors_excluded[@]}; do [[ $f =~ .*$ex$ ]] && excluded='1' && break done [ "$excluded" != "1" ] && v="$( cat $f )" || v=0 v=$(( v + 1 - 1 )) [ $v -ne 0 ] && echo "$f" && continue excluded= error "$f gives zero values" done } sensors_check_temp_type() { # valid temp types are 1 to 6 # disabled sensors have the value 0 local f= t= v= for f in $* do t=$( echo $f | sed "s|_input$|_type|g" ) [ "$f" = "$t" ] && echo "$f" && continue [ ! -f "$t" ] && echo "$f" && continue v="$( cat $t )" v=$(( v + 1 - 1 )) [ $v -ne 0 ] && echo "$f" && continue error "$f is disabled" done } # _create is called once, to create the charts sensors_create() { local path= dir= name= x= file= lfile= labelname= labelid= device= subsystem= id= type= mode= files= multiplier= divisor= # we create a script with the source of the # sensors_update() function # - the highest speed we can achieve - [ $sensors_source_update -eq 1 ] && echo >$TMP_DIR/sensors.sh "sensors_update() {" for path in $( sensors_find_all_dirs $sensors_sys_dir | sort -u ) do dir=$( basename $path ) device= subsystem= id= type= name= [ -h $path/device ] && device=$( readlink -f $path/device ) [ ! -z "$device" ] && device=$( basename $device ) [ -z "$device" ] && device="$dir" [ -h $path/subsystem ] && subsystem=$( readlink -f $path/subsystem ) [ ! -z "$subsystem" ] && subsystem=$( basename $subsystem ) [ -z "$subsystem" ] && subsystem="$dir" [ -f $path/name ] && name=$( cat $path/name ) [ -z "$name" ] && name="$dir" [ -f $path/type ] && type=$( cat $path/type ) [ -z "$type" ] && type="$dir" id="$( fixid "$device.$subsystem.$dir" )" debug "path='$path', dir='$dir', device='$device', subsystem='$subsystem', id='$id', name='$name'" for mode in temperature voltage fans power current energy humidity do files= multiplier=1 divisor=1 algorithm="absolute" case $mode in temperature) files="$( ls $path/temp*_input 2>/dev/null; ls $path/temp 2>/dev/null )" files="$( sensors_check_files $files )" files="$( sensors_check_temp_type $files )" [ -z "$files" ] && continue echo "CHART sensors.temp_$id '' '$name Temperature' 'Celsius' 'temperature' 'sensors.temp' line $((sensors_priority + 1)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.temp_$id \$1\"" divisor=1000 ;; voltage) files="$( ls $path/in*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.volt_$id '' '$name Voltage' 'Volts' 'voltage' 'sensors.volt' line $((sensors_priority + 2)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.volt_$id \$1\"" divisor=1000 ;; current) files="$( ls $path/curr*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.curr_$id '' '$name Current' 'Ampere' 'current' 'sensors.curr' line $((sensors_priority + 3)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.curr_$id \$1\"" divisor=1000 ;; power) files="$( ls $path/power*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.power_$id '' '$name Power' 'Watt' 'power' 'sensors.power' line $((sensors_priority + 4)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.power_$id \$1\"" divisor=1000000 ;; fans) files="$( ls $path/fan*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.fan_$id '' '$name Fans Speed' 'Rotations / Minute' 'fans' 'sensors.fans' line $((sensors_priority + 5)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.fan_$id \$1\"" ;; energy) files="$( ls $path/energy*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.energy_$id '' '$name Energy' 'Joule' 'energy' 'sensors.energy' areastack $((sensors_priority + 6)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.energy_$id \$1\"" algorithm="incremental" divisor=1000000 ;; humidity) files="$( ls $path/humidity*_input 2>/dev/null )" files="$( sensors_check_files $files )" [ -z "$files" ] && continue echo "CHART sensors.humidity_$id '' '$name Humidity' 'Percent' 'humidity' 'sensors.humidity' line $((sensors_priority + 7)) $sensors_update_every" echo >>$TMP_DIR/sensors.sh "echo \"BEGIN sensors.humidity_$id \$1\"" divisor=1000 ;; *) continue ;; esac for x in $files do file="$x" fid="$( fixid "$file" )" lfile="$( basename $file | sed "s|_input$|_label|g" )" labelname="$( basename $file | sed "s|_input$||g" )" if [ ! "$path/$lfile" = "$file" -a -f "$path/$lfile" ] then labelname="$( cat "$path/$lfile" )" fi echo "DIMENSION $fid '$labelname' $algorithm $multiplier $divisor" echo >>$TMP_DIR/sensors.sh "echo \"SET $fid = \"\$(< $file )" done echo >>$TMP_DIR/sensors.sh "echo END" done done [ $sensors_source_update -eq 1 ] && echo >>$TMP_DIR/sensors.sh "}" # ok, load the function sensors_update() we created [ $sensors_source_update -eq 1 ] && . $TMP_DIR/sensors.sh return 0 } # _update is called continiously, to collect the values sensors_update() { # the first argument to this function is the microseconds since last update # pass this parameter to the BEGIN statement (see bellow). # do all the work to collect / calculate the values # for each dimension # remember: KEEP IT SIMPLE AND SHORT [ $sensors_source_update -eq 0 ] && . $TMP_DIR/sensors.sh $1 return 0 }