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Manjaro Setup Notes
Manjaro has been relatively so simple and easy to set up there are not really a lot of notes at this times.
- Archlinux NFS
- How to check mounted drives:
mount -l | grep nfs
ormount -l | grep davfs
- Scanning:
- I had a license of Vuescan, so I installed the Linux version of this. Found a flatpak / snap package for the latest version on line….. (Avoid the use of snap packages as this is a propriety Ubuntu system.)
- There are also also built in packages for scanners, called sane….
- For PDF software I have got licenses for Foxit Pro (Phantom) which is one of the best PDF tools I have used, alas they do not make a Linux version of this. so I purchased a license of Qoppa PDF Studio 2019 Pro. So far it looks pretty good….
CUPS Printing
- The CUPS printer interface is on web page;
localhost:631
- The PDF printer definition file was found at
/usr/share/cups/model/
- The default PDF printer output directory is
/var/spool/cups-pdf/user/
, where user is the user name. - Setup printer Epson WF7720 following on screen directions (Now that WF77200 and WF7725 are fully compatible.) Looks like there is a full driver for WF-7525, but do not know how compatible with WF7725.
Flatpak update
will update flatpak packages.- The CUPS systemd unit file is: cups.service and cups.socket
The CUPS error log is at /var/log/cups/error_log
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====XFCE====
I have been using XFCE as my preferred server remote VNC gui now for more than 6 years. It seems to follow the UNIX model and focuses on doing this well. With my desktop Manjaro setup it was a nature choice. It also seems to be the preferred option on Manjaro.
Some options XFCE environment apps worth considering:
* Whisker Menu ⇒ to adjust the XFCE main menu
*
Some other applications that I use:
* Qoppa PDF Studio Pro ⇒ A full propriety PDF program, Qoppa seems to be the only one that provides a Linux solution. Previously on Windows I preferred Foxit Pro, however they to not provide a Linux version.
* Calibre - Book Library and reader software (I have been having some trouble with corruption of the database the past few months)
====Conky====
There is a standard software install for Conky in Manjaro. I adjusted my server configuration file to suit, sudo vim ~/.config/conky/conky.conf
++conky.conf
# --------------------------------------------------------------------- # # .conkyrc - derived from various examples across the 'net # Designed to support a 16 core processer running Manjaro # # You can restart conky by running # killall -SIGUSR1 conky # # --------------------------------------------------------------------- # -------------------- Conky's Run Time Parameters -------------------- update_interval 2.0 # Conky update interval in seconds total_run_times 0 # Number of updates before quitting. Set to zero to run forever. no_buffers yes # Subtract file system buffers from used memory? cpu_avg_samples 2 # Number of cpu samples to average. Set to 1 to disable averaging net_avg_samples 2 # Number of net samples to average. Set to 1 to disable averaging # -------------------- Conky's General Look & Feel -------------------- # --- defualt values --- # default_color grey # Default color and border color default_bar_size 0 6 # Specify a default width and height for bars. default_gauge_size 25 25 # Specify a default width and height for gauges. default_graph_size 0 25 # Specify a default width and height for graphs. default_outline_color green # Default border and text outline color default_shade_color yellow # Default border and text shading color # --- predefined colors - http://www.kgym.jp/freesoft/xrgb.html --- color0 FFFFFF # white color1 FFA500 # orange color2 B22222 # firebrick color3 696969 # dim gray color4 D3D3D3 # light gray color5 2F4F4F # dark slate gray color6 FFEC8B # light golden rod color7 54FF9F # sea green color8 FF8C69 # salmon color9 FFE7BA # wheat # --- window layout & options --- own_window yes # Conky creates its own window instead of using desktop own_window_type normal # If own_window is yes, use type normal, desktop, or override own_window_transparent yes # Use pseudo transparency with own_window? own_window_argb_visual no own_window_argb_value 40 own_window_class Conkey own_window_colour blue # If own_window_transparent is no, set the background colour double_buffer yes # Use double buffering (reduces flicker) use_spacer right # Adds spaces to stop object from moving maximum_width 500 # Maximum width of window in pixels own_window_hints undecorated,below,sticky,skip_taskbar,skip_pager # --- window placment --- # alignment top_right # window placement can be top_right, top_left, bottom_left, bottom_right # --- borders, margins, and outlines --- # draw_graph_borders yes # Do you want to draw borders around graphs border_inner_margin 9 # Window's inner border margin (in pixels) border_outer_margin 5 # Window's outer border margin (in pixels) gap_x 10 # Gap between borders of screen and text (on x-axis) gap_y 40 # Gap between borders of screen and text (on y-axis) border_width 10 # Window's border width (in pixels) # --- Text --- # draw_outline no # Do you want ot draw outlines draw_shades no # Do you want to draw shades draw_borders no # Do you want to draw borders around text uppercase no # set to yes if you want all text to be in uppercase use_xft yes # use the X FreeType interface library (anti-aliased font) xftfont Monospace:size=11:weight=bold # Xft font to be used # -------------------- Conky's Displayed System Monitoring Parameters -------------------- # TEXT # General system information ${color1}SYSTEM INFORMATION ${hr 2}$color ${color0}System: $color$nodename ${alignr}${color0}Uptime: $color$uptime ${color0}Kernel: $color$kernel${alignr}${color0}Arch: $color$machine ${color0}Distribution: $color${execi 99999 lsb_release --description | awk '{ print $2" "$3 }'} ${color0}CPU Type: $color${execi 99999 grep 'model name' /proc/cpuinfo | awk '{ print $6 }' | sed '2,$d'} / ${execi 99999 grep 'model name' /proc/cpuinfo | wc -l} Cores ${color0}CPU Speed: $color${freq 0} MHz Current / ${execi 99999 grep 'model name' /proc/cpuinfo | awk '{ print $9 }' | sed '2,$d'} Max ${color0}Processor Temperature: $color${acpitemp}°C ${color0}MAC Address (eno2): $color${execi 99999 cat /sys/class/net/eno2/address } ${color0}MAC Address (wlo1): $color${execi 99999 cat /sys/class/net/wlo1/address } # CPU information ${color1}CPU ${hr 2}$color ${color0}CPU Usage:$color ${cpu cpu0}% ${color7}${cpubar cpu0} ${cpugraph cpu0 0000ff 00ff00}$color ${color0}Core 1:$color ${freq 1} MHz ${cpu cpu1}% ${color5}${cpubar cpu1}$color ${color0}Core 2:$color ${freq 2} MHz ${cpu cpu2}% ${color5}${cpubar cpu2}$color ${color0}Core 3:$color ${freq 3} MHz ${cpu cpu3}% ${color5}${cpubar cpu3}$color ${color0}Core 4:$color ${freq 4} MHz ${cpu cpu4}% ${color5}${cpubar cpu4}$color ${color0}Core 5:$color ${freq 5} MHz ${cpu cpu5}% ${color5}${cpubar cpu5}$color ${color0}Core 6:$color ${freq 6} MHz ${cpu cpu6}% ${color5}${cpubar cpu6}$color ${color0}Core 7:$color ${freq 7} MHz ${cpu cpu7}% ${color5}${cpubar cpu7}$color ${color0}Core 8:$color ${freq 8} MHz ${cpu cpu8}% ${color5}${cpubar cpu8}$color ${color0}Core 9:$color ${freq 9} MHz ${cpu cpu9}% ${color5}${cpubar cpu9}$color ${color0}Core 10:$color ${freq 10} MHz ${cpu cpu10}% ${color5}${cpubar cpu10}$color ${color0}Core 11:$color ${freq 11} MHz ${cpu cpu11}% ${color5}${cpubar cpu11}$color ${color0}Core 12:$color ${freq 12} MHz ${cpu cpu12}% ${color5}${cpubar cpu12}$color ${color0}Core 13:$color ${freq 13} MHz ${cpu cpu13}% ${color5}${cpubar cpu13}$color ${color0}Core 14:$color ${freq 14} MHz ${cpu cpu14}% ${color5}${cpubar cpu14}$color ${color0}Core 15:$color ${freq 15} MHz ${cpu cpu15}% ${color5}${cpubar cpu15}$color ${color0}Core 16:$color ${freq 16} MHz ${cpu cpu16}% ${color5}${cpubar cpu16}$color # Top running processes ${color1}TOP 5 PROCESSES ${hr 2}$color ${color0}Processes:$color $processes ${color0}Running:$color $running_processes ${color0}Threads:$color $threads ${color0}Running:$color $running_threads ${stippled_hr 2} ${color0}CPU Usage$color ${color3} NAME PID CPU % MEM$color ${color2} ${top name 1} ${top pid 1} ${top cpu 1} ${top mem 1}$color ${top name 2} ${top pid 2} ${top cpu 2} ${top mem 2} ${top name 3} ${top pid 3} ${top cpu 3} ${top mem 3} ${top name 4} ${top pid 4} ${top cpu 4} ${top mem 4} ${top name 5} ${top pid 5} ${top cpu 5} ${top mem 5} ${stippled_hr 2} ${color0}Mem Usage$color ${color3} NAME PID CPU % MEM$color ${color2} ${top_mem name 1} ${top_mem pid 1} ${top_mem cpu 1} ${top_mem mem 1}$color ${top_mem name 2} ${top_mem pid 2} ${top_mem cpu 2} ${top_mem mem 2} ${top_mem name 3} ${top_mem pid 3} ${top_mem cpu 3} ${top_mem mem 3} ${top_mem name 4} ${top_mem pid 4} ${top_mem cpu 4} ${top_mem mem 4} ${top_mem name 5} ${top_mem pid 5} ${top_mem cpu 5} ${top_mem mem 5} # Memory and swap space untilization ${color1}MEMORY & SWAP ${hr 2}$color ${color0}RAM Usage: ${color}$mem / $memmax $memperc% ${color6}${membar}$color ${color0}Swap Usage: ${color}$swap / $swapmax $swapperc% ${color6}${swapbar}$color # File System utilization ${color1}FILE SYSTEM ${hr 2}$color ${color0}root:$color ${fs_used /} / ${fs_size /} ${fs_used_perc /}% ${color8}${fs_bar /}$color #${color0}boot:$color ${fs_used /boot} / ${fs_size /boot} #${fs_used_perc /boot}% ${color8}${fs_bar /boot}$color #${color0}home:$color ${fs_used /home} / ${fs_size /home} #${fs_used_perc /home}% ${color8}${fs_bar /home}$color #${color0}disk1:$color ${fs_used /media/disk1} / ${fs_size /media/disk1} #${fs_used_perc /media/disk1}% ${color8}${fs_bar /media/disk1}$color #${color0}disk2:$color ${fs_used /media/disk2} / ${fs_size /media/disk2} #${fs_used_perc /media/disk2}% ${color8}${fs_bar /media/disk2}$color #${color0}disk3:$color ${fs_used /media/disk3} / ${fs_size /media/disk3} #${fs_used_perc /media/disk3}% ${color8}${fs_bar /media/disk3}$color # Hard Drive Utilization #${color1}HARD DRIVE I/O ${hr 2}$color #${color0}Device:$color /dev/nvme0n1p5 #${color0}Reads: $color${diskio_read /dev/sdd}/s${alignr}${color0}Writes: $color${diskio_write /dev/nvme0n1p5}/s #${color8}${diskiograph_read /dev/sdd 25,150 33FF00 FF3333 scale -t}$color${alignr}${color8}${diskiograph_write /dev/sdd 25,150 33FF00 FF3333 scale -t}$color ${color0}Device:$color /dev/nvme0n1p5 ${color0}Reads: $color${diskio_read /dev/nvme0n1p5}/s${alignr}${color0}Writes: $color${diskio_write /dev/nvme0n1p5}/s ${color8}${diskiograph_read /dev/nvme0n1p5 25,150 33FF00 FF3333 scale -t}$color${alignr}${color8}${diskiograph_write /dev/nvme0n1p5 25,150 33FF00 FF3333 scale -t}$color # Ethernet utilization ${color1}NETWORKING ${hr 2}$color ${color0}Wired (${addr eno2}) ${color0}Down:$color ${downspeed eno2}/s ${alignr}${color0}Up:$color ${upspeed eno2}/s ${color0}Total:$color ${totaldown eno2} ${alignr}${color0}Total: $color${totalup eno2} ${color0}${downspeedgraph eno2 30,150 000000 00ff00} ${alignr}${upspeedgraph eno2 30,150 000000 ff0000}$color ${stippled_hr 2} ${color0}Wireless (${addr wlo1}) ${alignr}SSID: ${wireless_essid wlo1} ${color0}Down:$color ${downspeed wlo1}/s ${alignr}${color0}Up:$color ${upspeed wlo1}/s ${color0}Total:$color ${totaldown wlo1} ${alignr}${color0}Total: $color${totalup wlo1} ${color0}${downspeedgraph wlo1 30,150 000000 00ff00} ${alignr}${upspeedgraph wlo1 30,150 000000 ff0000}$color ${color0}Wireless Link Quality: $color ${wireless_link_qual wlo1}% #Manjaro does not use Syslog.... Journalctl ${color1}Journalctl${hr 2}$color #${color0}Journalctl Messages$color #${color4}${font Arial:size=7}${execi 30 tail -n8 /var/log/syslog | fold -w100}$color$font ${color4}${font Arial:size=11}${execi 30 journalctl -n 6 | fold -w70}$color$font
Notes: * There is a problem with the RAM usage values in the current version of conky, it intermittently reads a negative value. I just chose to ignore at this time. * To autostart added the following to Setting→Session and Startup→Application Autostart: Conky
* Command: ''conky -c ~/.config/conky/conky.conf --daemonize --pause=5''
++
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====Xfce tips====
To get to Xfce keyboard Short cuts: Xfce Menu > Settings > Keyboard > Application Shortcuts
:
* PrtSc
: to snap entire desktop
* Shift+PrtSc
: to snap active desktop window
* Shift+Ctrl+PrtSc
: to snap a dragged window