1.3-dev

README.md

@@ -79,7 +79,7 @@
 **WILL REBOOT IN BETWEEN EACH COMMAND**
 1. `curl -s https://raw.githubusercontent.com/PrincessPi3/Precision-Timekeeping-Fuckery/refs/heads/main/time_fuckery.sh?nocache=$RANDOM | $SHELL`  
 2. `git -C ~/Precision-Timekeeping-Fuckery pull && bash ~/Precision-Timekeeping-Fuckery/time_fuckery.sh`
-   1. each reboot run the above command a total of four times
+   1. each reboot run the above command a total of four (4) times
 3. [https://grandfatherclock:3000](https://grandfatherclock:3000/login)
    1. default login: `admin` and `admin`
       1. set new password
@@ -94,6 +94,7 @@
       6. save and test
    3. Dashboards->New-Import
       1. Upload [Garfana-Visualization.json](./Garfana-Visualization.json)
+      2. 
 #### Software (Manual)
 Clone the repo  
 `git clone https://github.com/PrincessPi3/Precision-Timekeeping-Fuckery.git ~/Precision-Timekeping-Fuckery`  
@@ -102,24 +103,11 @@ Run raspi-config
 1. Interface Options->Serial Port
 	1. Would you like a login shell to be accessible over serial? **<No>**
 	2. Would you like the serial port hardware to be enabled? **<Yes>**
-2. Advanced Options
+2. Interface Options-I2C
+   1. Enable **Yes** 
+3. Advanced Options
 		1. A1 Expand Filesystem
 
-update os and packages (will reboot when finished)  
-`bash ~/Precision-Timekeeping-Fuckery/update.sh`  
-  
-install packages (will reboot when finished)  
-`bash ~/Precision-Timekeeping-Fuckery/packages.sh`  
-  
-finish install (will reboot when finished)  
-`bash ~/Precision-Timekeeping-Fuckery/installer.sh`  
-  
-check status of everything and test
-`bash ~/Precision-Timekeeping-Fuckery/test.sh`  
-  
-navigate to `http://<ip's ip>:3000`  
-Upload ~/Garfana-Visualization.json to create dashboard
-
 ### Clients
 **Windows**
 1. Open the Control Panel and navigate to the Date and Time settings.
@@ -131,69 +119,15 @@ Upload ~/Garfana-Visualization.json to create dashboard
 ## Links
 **Helpful Guide** https://austinsnerdythings.com/2025/02/14/revisiting-microsecond-accurate-ntp-for-raspberry-pi-with-gps-pps-in-2025/  
 
-**Current Module**
+**Old Module**
 * Chipset https://www.u-blox.com/en/product/neo-f10n-module
 * Breakout https://docs.sparkfun.com/SparkFun_u-blox_NEO-F10N/single_page/  
 
-**Next Module**
+**Current Module**
 * Chipset https://www.u-blox.com/en/product/neolea-m8t-series
 * Breakout https://www.ebay.com/itm/134243322249
 
 **U-Blox Software (U-Center)**  https://www.u-blox.com/en/product/u-center
-  
-  
-**todo**
-* case
-* gps sma antenna adaptor
-* change gps settings
-	* use 5v
-	* adjust time delay to be closer to
-	* higher baudrate
-		1. 460800
-* README
-	* installer1-4.sh
-		* sudo apt update && sudo apt install -y git
-		* git clone https://github.com/PrincessPi3/Precision-Timekeeping-Fuckery.git ~/Precision-Timekeeping-Fuckery
-		* cd ~/Precision-Timekeeping-Fuckery
-	* grafana
-		* url
-		* default login
-		* import
-		* data source
-	    * fix
-		* current
-			* connections->data sources->add data source->influxdb
-				* url http://127.0.0.1:8086
-				* timeout 5
-				* database Chrony_Stats
-				* save and test
-				* new dashboard
-				* import a dashbboard->Garfana-Visualization.json
-				* edit and update each pannel
-				* save dashboard
-* Raspberry OS Lite
-* Document scripts
-	* chrony_statistics.sh
-	* services.sh
-	* test.sh
-	* cleanup.sh
-	* dump_configs.sh
-	* nuke_logs.sh
-	* reconfig_full.sh
-* link to docs of all the services and tools
-	* influxdb
-	* chrony
-	* gpsd
-	* telegraf
-	* garfana
-	* syslog-ng
-	* u-blox software
-	* modules
-		* chipsets
-			* datasheet
-		* specific boards
-			* datasheet
-* installer with reboot cron for sequence?
 
 
 notes:

notes-scratch.txt

@@ -1,13 +0,0 @@
-manual
-    visudo
-    root crontab
-    sudo nano /lib/udev/hwclock-set
-        comment out and add note
-            # commented out manually to use rtc
-            # if [ -e /run/systemd/system ] ; then
-            #  exit 0
-            # fi
-        Also comment out the two lines
-            #  /sbin/hwclock --rtc=$dev --systz --badyear
-            and
-            # /sbin/hwclock --rtc=$dev --systz

todo.md

@@ -0,0 +1,40 @@
+**todo**
+* case
+* Raspberry OS Lite
+* Document scripts
+  * time_fuckery.sh [test]
+  * show_running_configs.sh
+  * services.sh [start|stop|restart|enable|disable]
+  * uninstall.sh
+* link to docs of all the services and tools
+	* influxdb
+	* chrony
+	* gpsd
+	* telegraf
+	* garfana
+	* syslog-ng
+	* u-blox software
+	* modules
+		* chipsets
+			* datasheet
+		* specific boards
+			* datasheet
+* installer with reboot cron for sequence?
+* figure out multiple network time servers that support iburst NTS
+    * fiugre out what this means
+        * server nts.anastrophe.com iburst nts maxsamples 1
+    https://gist.github.com/jauderho/2ad0d441760fc5ed69d8d4e2d6b35f8d
+* fiugre out/test pps1 and pps0
+* find the proper datasheet not just the F9T one
+* documentation
+* case
+* positioning
+    * traffic
+    * power
+    * temperature
+* backups
+    * restic backups
+    * backup image 
+* check wiring
+* check antenna tight both ends
+* make image backup

todo.txt

@@ -1,52 +0,0 @@
-check max output mA on 5v to see if suitable to power antenna
-    needed or no?
-figure out multiple network time servers that support iburst NTS
-    fiugre out what this means
-        server nts.anastrophe.com iburst nts maxsamples 1
-    https://gist.github.com/jauderho/2ad0d441760fc5ed69d8d4e2d6b35f8d
-fiugre out/test pps1 and pps0
-figure out configing the ffuckin thing in uthing
-    increase the baud rate
-        boot-firmware-config.txt /boot/firmware/config.txt
-        gpsd /etc/default/gpsd
-/boot/firmware/config.txt
-    baudrate 9600
-    pps pin 23
-stop each service
-    bash ~/Precision-Timekeeping-Fuckery/services.sh stop
-start one by one to see any errors
-    try first
-        bash ~/Precision-Timekeeping-Fuckery/services.sh start
-    otherwise
-        sudo systemctl start gpsd
-        sudo systemctl start chrony
-        sudo systemctl start influxdb
-        sudo systemctl start telegraf
-        sudo systemctl start grafana-server
-        sudo systemctl start syslog-ng
-find the proper datasheet not just the F9T one
-documentation
-case
-positioning
-    traffic
-    power
-    temperature
-automate multi stage installer
-backups
-    restic backups
-    backup image 
-
-check wiring
-check antenna tight both ends
-let run unimpeeded
-automate
-    visudo
-    root crontab
-root crontab
-    # set the system time from the RTC every reboot
-    @reboot hwclock -s 
-
-    # set the RTC from the system time every four hours
-    0 */4 * * * hwclock -w
-automate installer sequence
-make image backup

version.txt

@@ -1 +1 @@
-1.2-dev
+1.3-dev