adds image

README.md

@@ -1,13 +1,20 @@
+
 # FBDASH - lightweight dashboard for the RaspberryPi without X (using framebuffer only)
+
+<a href="resources/_20220505_094153.JPG">
+<img src="resources/_20220505_094153.JPG" width="200px;" align="none" hspace="25px" vspace="0" />
+</a>
+
+## Get the sources
 In order to setup the dashboard start with cloning this repo ;)
 
     git clone https://git.klelifo.de/flo/fb-dash
     cd fb-dash
 
-# Connect the display to the RaspberryPi
+## Connect the display to the RaspberryPi
 Here is some info on how to wire the display to the RaspberryPi.
 
-## Full connection diagram (9 wires needed)
+### Full connection diagram (9 wires needed)
 Wire the display connector according to the connector scheme below.\
 **NOTE:** The 56 Ohm resistor is suggested for safety reasons - but it also seems to work fine wihtout it
 
@@ -23,7 +30,7 @@ Wire the display connector according to the connector scheme below.\
     GND --------------------------- GND  |         | PIN 9,14,20,25
     VCC --------------------------- 3,3V |         | PIN 1,17
 
-## Minimal connection diagram (7 wires needed)
+### Minimal connection diagram (7 wires needed)
 Wire the display connector according to the connector scheme below.\
 **NOTE:** The 56 Ohm resistor is suggested for safety reasons - but it also seems to work fine wihtout it
 
@@ -39,7 +46,7 @@ Wire the display connector according to the connector scheme below.\
     GND --------------------------- GND  |         | PIN 9,14,20,25
     VCC --------------------------- 3,3V |         | PIN 1,17
 
-## Some explanation
+### Some explanation
           |---------> Power
     GND --|
     VCC --|
@@ -59,7 +66,7 @@ Wire the display connector according to the connector scheme below.\
           |---------> Resets the display controller when pulled low
     RESET |
 
-# Configure the display
+## Configure the display
 **TL;DR** just run ```make rpi-config```
 
 Some work is needed before we can actually use the ILI9341 display with the RaspberryPi.\
@@ -68,10 +75,10 @@ Essentially we need to
 * Load the fbtft_device kernel module with the correct parameters
 to get a working /dev/fb1 framebuffer device.
 
-## Enable SPI interface on the raspberry pi
+### Enable SPI interface on the raspberry pi
     echo "dtparam=spi=on" | sudo tee -a /boot/config
 
-## Activate modules to be loaded at boot
+### Activate modules to be loaded at boot
     echo "spi_bcm2835" | sudo tee -a /etc/modules
     echo "fbtft_device" | sudo tee -a /etc/modules
     echo "options fbtft_device name=rpi-display gpios=reset:25,dc:24,led:18" | sudo tee -a /etc/modprobe.d/fbtft_device.conf
@@ -79,28 +86,28 @@ to get a working /dev/fb1 framebuffer device.
 
 
 
-# Setup fbdash binary
+## Setup fbdash binary
 **TL;DR** just run ```sudo apt install -y libmariadb2 && make install```
 
 After the display is setup we can build and install the fbdash binary.
 
-## Build the sources
+### Build the sources
     sudo apt install libmariadb2
     make
 
-## Install in /usr/bin
+### Install in /usr/bin
     sudo make install
 
-## Test it 
+### Test it 
     fbdash
 
 
 
-# Use systemd for regular updates
+## Use systemd for regular updates
 While we could also use cron for regular execution of the fbdash binary I opted to use systemd this time.\
 The future is now ... ;)
 
-## Install unit files
+### Install unit files
 **TL;DR** just run ```make systemd-config```
 
 The following files use systemd to setup a regular update of the dashboard screen (60s by default).\
@@ -111,7 +118,7 @@ If you like to change the default, just edit the ```fbdash.timer``` file before
     sudo systemctl enable fbdash.timer
     sudo systemctl start fbdash.timer
 
-## Check timers
+### Check timers
     systemctl list-timers
     NEXT                          LEFT       LAST                          PASSED      UNIT                         ACTIVATES
     Wed 2022-05-04 14:16:10 CEST  28s left   Wed 2022-05-04 14:15:10 CEST  31s ago     fbdash.timer                 fbdash.service